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Thermal Interaction In SAR
Thermal Interaction amp3D Data Visualization
Justin Brennen YaDeau
Division of Science and MathematicsUniversity of Minnesota Morris
Morris Minnesota USA
5 December 2015
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
I What would thermal interaction amp 3D data visualizationlook like
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
httpsgooglyZr4BR
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
httpsgooglHXtvA3
Thermal Interaction In SAR
Overview
Outline
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Outline
BackgroundVirtual RealityAugmented RealitySpatial Augmented Reality6DOF
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Virtual Reality
Virtual Reality
I Completely VirtualI Oculus Rift
Top - httpgooglnfUBv0Bottom - httpgooglt78Qvr
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
I What would thermal interaction amp 3D data visualizationlook like
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
httpsgooglyZr4BR
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
httpsgooglHXtvA3
Thermal Interaction In SAR
Overview
Outline
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Outline
BackgroundVirtual RealityAugmented RealitySpatial Augmented Reality6DOF
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Virtual Reality
Virtual Reality
I Completely VirtualI Oculus Rift
Top - httpgooglnfUBv0Bottom - httpgooglt78Qvr
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
httpsgooglyZr4BR
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
httpsgooglHXtvA3
Thermal Interaction In SAR
Overview
Outline
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Outline
BackgroundVirtual RealityAugmented RealitySpatial Augmented Reality6DOF
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Virtual Reality
Virtual Reality
I Completely VirtualI Oculus Rift
Top - httpgooglnfUBv0Bottom - httpgooglt78Qvr
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Overview
Thermal Interaction amp 3D Data Visualization
httpsgooglHXtvA3
Thermal Interaction In SAR
Overview
Outline
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Outline
BackgroundVirtual RealityAugmented RealitySpatial Augmented Reality6DOF
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Virtual Reality
Virtual Reality
I Completely VirtualI Oculus Rift
Top - httpgooglnfUBv0Bottom - httpgooglt78Qvr
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Overview
Outline
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Outline
BackgroundVirtual RealityAugmented RealitySpatial Augmented Reality6DOF
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Virtual Reality
Virtual Reality
I Completely VirtualI Oculus Rift
Top - httpgooglnfUBv0Bottom - httpgooglt78Qvr
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Background
Outline
BackgroundVirtual RealityAugmented RealitySpatial Augmented Reality6DOF
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Background
Virtual Reality
Virtual Reality
I Completely VirtualI Oculus Rift
Top - httpgooglnfUBv0Bottom - httpgooglt78Qvr
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Background
Virtual Reality
Virtual Reality
I Completely VirtualI Oculus Rift
Top - httpgooglnfUBv0Bottom - httpgooglt78Qvr
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Background
Augmented Reality
Augmented Reality
httpwwwemergingedtechcom201508translate-language-text-on-the-fly-using-phone-google-translate-app
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Background
Spatial Augmented Reality
Spatial Augmented Reality
httppeanutchuckcomaugmented-reality-sandbox
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Background
6DOF
6DOF
[Wikipedia(2015)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Outline
Background
Thermal interaction with mobile devicesInteracting with ObjectsHardwareThermal DetectionObject TrackingMaterials TestedApplications
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Interacting with Objects
Interactions with Objects
[Kurz(2014)]
I Interactions leavethermal impressionson the surface
I Using theseimpressions tointeract with adevice in a new way
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Hardware
Hardware
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
Thermal Detection
I Assumes a controlled environmentI Object-only hand-only obstruction-by-hand and
touch-by-handI Using the OpenCV SimpleBlobDetector
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Thermal Detection
OpenCV SimpleBlobDetector
t1 = (1 minus 116)tmin + 1
16 tmax t2 = (1 minus 38)tmin + 3
8 tmax
I t1 and t2 is the expected temperature range of theinteraction
I With a fixed size range of 032cm2 and 154cm2
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Object Tracking
Object Tracking
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Materials Tested
Materials Tested
Different materials used during the evaluation (0) paper on aplastic table-top (1) ceramic (2) rigid PVC (3) foam plastic (4)cardboard (5) laminated fiber sheet (6) glass (7) thin plastic(8) steel (9) multi-layer board
[Kurz(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Applications
Some applications that use thermal imaging with mobiletechnology
I Spray on graphical user interfaces (GUI)I Augmented floor plans
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Spray on GUIs
I The screen displays adial pad but there is nodial pad on the surface
I Looking at the screen tointeract with dial pad
I Devices without touchscreens
[Thomas(2014)]
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Mobile Thermal Interaction
Applications
Augmented Floor Plans
I Similar interactiondifferent interface
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualizationVisualizing DataApplicationsLimitations
Conclusions
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Visualizing Data
Visualizing Data
I Representing data with imagesI Examples weather maps pie and bar charts etcI The importance of visualizing data
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Applications
Some applications that use spatial augmented reality for 3Ddata visualization
I Table-TopI CAVE
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Physical object represents the 3D spaceI The display is a 2D representation of the 3D spaceI 6DOF trackers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
Table-Top
I Using a hand held pointing device a user can zoomin or out of the visualization
I Interactions happen inside the virtual volume
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I CAVE - Cave Automatic VirtualEnvironment
I Larger area than the table-top method
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Applications
CAVE
I Similar interactions as the table-topmethod
I Increase in collaboratorsviewers
[Thomas(2014)]
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Using spatial augmented reality for 3D data visualization
Limitations
Limitations
I Strength of the projectorsI Need for a controlled environment for
projectors and 6DOF trackersI Solution
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Conclusions
Outline
Background
Thermal interaction with mobile devices
Using spatial augmented reality for 3D data visualization
Conclusions
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Conclusions
Conclusions
I Utilizing both thermal interaction and 3D data visualizationnew applications are possible
I Examples education and transportation
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Conclusions
Bibliography I
D KurzThermal touch Thermography-enabled everywhere touchinterfaces for mobile augmented reality applicationsIn Mixed and Augmented Reality (ISMAR) 2014 IEEEInternational Symposium on pages 9ndash16 Sept 2014doi 101109ISMAR20146948403
et al ThomasSpatial augmented reality ndash A tool for 3D data visualizationIn 3DVis (3DVis) 2014 IEEE VIS International Workshopon pages 45ndash50 Nov 2014doi 1011093DVis20147160099
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Conclusions
Bibliography II
WikipediaSix degrees of freedom mdash Wikipedia The FreeEncyclopedia 2015URLhttpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652httpsenwikipediaorgwindexphptitle=Six_degrees_of_freedomampoldid=683426652[Onlineaccessed1-November-2015]
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-
Thermal Interaction In SAR
Conclusions
Thanks
Thank you for your time and attention
ContactI yadea003morrisumnedu
Any Questions
- Background
-
- Virtual Reality
- Augmented Reality
- Spatial Augmented Reality
- 6DOF
-
- Thermal interaction with mobile devices
-
- Interacting with Objects
- Hardware
- Thermal Detection
- Object Tracking
- Materials Tested
- Applications
-
- Using spatial augmented reality for 3D data visualization
-
- Visualizing Data
- Applications
- Limitations
-
- Conclusions
-