an overview of the center of interdisciplinary science for art, architecture, and archaeology as it...
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CISA3 Fall 2013 Field
Work
TABLE OF CONTENTS•Section One• An Introduction to CISA3• CISA3 Overview• CISA3 Talent• CISA3 Methodology• CISA3 Goals
•Section Two• Technology employed by CISA3
•Section Three• Previous Successes• On-going Projects
•Section Four• Fall 2013 Projects
The Center of Interdisciplinary Science for Art, Architecture & Archaeology
(CISA3)
At the University of California, San Diego’s
Qualcomm Institute, a branch of the California Institute for Telecommunications & Information Technology (Calit2)Sponsored in
part by the National Science Foundation’s
Integrative Graduate Education & Research Traineeship in Training, Research, and Education in Engineering for
Cultural Heritage Diagnostics
Technology Engineered for Cultural Heritage
Since February 2007, the Center of Interdisciplinary Science for Art, Architecture, And Archaeology (CISA3) has played a leadership role in the use and development
of tools and techniques to digitally reconstruct and analyze the history of great works of art, monumental structures, and archaeological sites and artifacts. CISA3
simultaneously explores methodologies and solutions to document and analyze the earth’s cultural heritage of the past while pushing the technology of diagnostic
visualization into the future, training new generations of interdisciplinary experts in this emerging field along the way.
ART
ARCHITECTURE
ARCHAEOLOGY
Professor Maurizio Seracini, Art DiagnosticianDepartment of Engineering
Professor Falko Kuester, Visualization, Departments of Structural Engineering & Computer Science &
Engineering
Professor Thomas E. Levy, Archaeologist
Department of Anthropology
Led By Experts in their Fields:
& a Collaborative Team of Interdisciplinary Researchers on the Cutting Edge of Science, Technology, and the HumanitiesAmong the Scientists Heading to Italy this fall are:
Michelle Chen, Structural Engineering
Michael Hess, Structural Engineering
John Mangan, Computer Science
Vid Petrovic, Computer Science & Engineering
Samantha Stout, Materials Science & Engineering
Ashley M. Richter, Archaeology
David J. Vanoni, Computer Science
Anthropology
MuseumStudies Archaeology
Education
Physics
Visual Arts
Art History
Engineering
Architecture Computer Science &
Engineering
Structural Engineering
Material Sciences
Chemistry
Cognitive Science
Political Science
INTERDISCIPLINARY & COLLABORATIVE
SCIENCE
The CISA3 Cultural Heritage Diagnostics Workflow
The CISA3 Layered Data Realities & Multi-Purposes
built from the diagnostic imaging data collected through out projects
REFLECTANCE TRANSFORMATION IMAGING
A SYSTEM OF LAYERED DIAGNOSTIC VISUALIZATION
FORCULTURAL ARTIFACTS
& SYSTEM FOR THE LAYERED DIAGNOSTIC VISUALIZATION OF
CULTURAL HERITAGE LANDSCAPES
TWO DIMENSIONAL DATA LAYERED ON THREE DIMENSIONAL DIGITAL SITE REPLICAS
3D Immersive Cave Systems
Agile Point Rendering Systems
CISA3 Layered Visualization Realities
Cyber-Infrastructures
Augmented Reality
Collaborative Visualization Walls
Building fl exible Diagnostic Systems
to preserve and investigate our past While simultaneously building the tools
that will turn today’s
science fiction of diagnostic data
visualization into a reality
For the future
The Technologies CISA3 Deploys:
Our Point Vis
Addition of TechSpeeding up Field Practicalities
CHOOSING THE RIGHT TECHNOLOGY FOR THE RIGHT
TASK
COMBINING TECNHIQUES & TECHNOLOGIES TO CAPTURE A
FULL “PICTURE”
TERRESTRIAL LIGHT DETECTION & RANGING (LIDAR)
FARO FOCUS 3DResolution: 0.3 mmRange: 120 m @ 90%
Resolution: 1.0 mmRange: 300 m @ 90%
LEICA SCANSTATION2
Builds a high-resolution 3D replica of a space = a
Point Cloud
STRUCTURE FROM MOTION (SfM)Utilizes
computational photography to create 3D Mesh
models of space and
objects
STRUCTURED LIGHT SYSTEMS
NexEngine Scanner
DAVID Scanner
Kinect
Resolution: 0.13 mmRange: .26 m
Resolution: 0.1 mmRange: 1.2 m
Resolution: .77 mmRange: .3 m – 2 m
Utilizes projected light patterns to create 3D Mesh models of
objects
STEREOPHOTOGRAPHY (CAVECAM, GiGAPAN, etc)
& STEREOVIDEO
Image Courtesy of calit2.net
Systems create panoramic, scalable Stereo Images
(CAVEcam) as we move towards stereo video documentation
REFLECTANCE TRANSFORMATION IMAGING
High Resolution 3D Surface textures are obtained
through differential lighting and photography methodologies.
AERIAL IMAGING
Manual Balloon Systems
Wireless Robotic Systems
Multispectral Imaging: making the invisible visible
Thermal Imaging -> Infrared Photography
X-Ray Fluorescence (XRF)
Using over-excited electrons to characterize the material composition of an object
Fourier transform infrared spectroscopy
(FTIR)Analyzing the infrared spectrum
of elemental activity to determine material
characteristics
RADIOGRAPHY
RADIOGRAPHY
Ground Penetrating Radar (GPR)
Resolution:Range:
Our In-house agile point cloud software-Visicore
Our In house Augmented
Reality Application-
ARtifact
VISUALIZATION SYSTEMS AT UCSD
COLLABORATIVE MULTI-TILE SCALABLE WALLS
IMMERSIVE CAVE & WAVE ENVIRONMENTS
On our in-house Multi-Media Software Platforms
SUCCESSES & ON-GOING PROJECTS
DIAGNOSTIC EVALUATION OF EARTHQUAKE DAMAGE TO CULTURAL HERITAGE ARTIFACTS & STRUCTURES:
UCSD SHAKE TABLE EXPERIMENTS
AERIAL ROBOTICS FOR CULTURAL HERITAGE IMAGING
POINT CLOUD DENSITY EXPERIMENTS
ON THE BEACHES OF SAN DIEGO
ON-GOING PROJECTS IN SAN DIEGO, CALIFORNIABefore we head out to cultural heritage environments - all of our technologies and methodologies are rigorously field tested locally
CyberArchaeological Collaboration with the
American Center of Oriental Research at
UNESCO World Heritage Site of Petra, Jordan
On Going Archaeological Projects in the Faynan Copper Mining Region
of southern Jordan
COLLABORATIONS
CYBERINFRASTRUCTURES
Data Processing/
Computation
Management/Security/
Access
DATA
METADATAPARA
DATA NEPHELAIARCHAEOSTOR
OPENDIG
VISICORE
ARtifact
Data Collection/Instrumentation
Data Storage
Researcher
VISUALIZATION
DISSEMINATION
POLICY
FUNDING OUTREACH
Collaborative Analytics
EducationOutreach
Public Engagement
TRANSFERRING THE TERRESTRIAL METHODOLOGIES TO
UNDERWATER APPLICATIONS
CROSS REFERENTIAL DIGITIZATION OFHUMAN REMAINS COLLECTIONS
Center for Academic Research and Training in Anthropogeny
EDUCATION OUTREACH & TRAINING
Crowd-Sourcing & Non-Intrusive Archaeological
SurveyTo hunt for Ghengis Khan’s
Tomb in Mongolia
Previous Field Seasons in Florence, Italy: The Search for the Lost Leonardo Da Vinci-
The Battle of Anghiari
Upcoming Fall 2013 Field
Work
Returning to the Salone dei Cinquecento (Hall of 500) in Florence’s Palazzo Vecchio
for Enhanced Diagnostic Digitization*Collecting Additional High
Resolution Data to flesh out and contextualize the pre-existing 3D
point cloud of the Salone dei Cinquecento
*Collaborating with Florentine Architects & Historians to create diagnostic aids for their conservation and lighting renovation plans
*Implementing visualization dissemination of the Layered 2D & 3D Salone dei Cinquecento
data sets via augmented reality in ARtifact
Returning to the Sala degli Elementi (Rooms of the Elements) in Florence’s Palazzo Vecchio
for Enhanced Diagnostic Digitization & Conservation Diagnostics
*Collecting Additional High Resolution Data to flesh out and contextualize the pre-existing 3D point cloud of the Sala degli Elementi
*Collaborating with Florentine Architects & Historians to create diagnostic aids,
establish structural issues, and map a conservation plan
*Implementing visualization dissemination of the Layered 2D & 3D Sala degli Elementi data
sets via Augmented reality in ARtifact
Digitally Documenting the Stanza Guardaroba in Florence’s Palazzo Vecchio
for Initial Diagnostic Evaluation of Visualization of Egnazio Dante’s Mappa Mundi Globe
Expand the internal visualizations via tomography collected by the University of Bologna
*Speed Scanning of Globe & Room* High Resolution Computational
Photography, Reflectance Transformation Imaging, and IR Photography of Globe
Putting the interiors of Palazzo Vecchio in their Historic Context: Initial Forays into
Expanding Digital Documentation & Layered Realities to the Exterior facades & into the
surrounding cityscape*Speed Scanning of Exterior
façade* High Resolution
Computational Photography of Surrounding Streets
Diagnostically Visualizing the Temporal Material Composition of the Madonna with St. Giovanni
A Cyber-Archaeological Collaboration with the Universita della Calabria to digitally document their on-going multi-period Excavation near
Rocca Imperiale, Costanza
Training & Data Collection with CISA3 Methodologies:*Terrestrial Laser Scanning (LiDAR)*Computational Photography (SfM)*Ground Penetrating Radar (GPR)
*Stereophotography
A Survey of Seismic Isolation Techniques for
Cultural Heritage Structural Applications*Survey of the earthquake to
the historic city center at L’Aquila
*Survey of efficacy of the C.A.S.E. project’s use of
seismic isolation bearings*Consultation with Bearing
manufacturers
A Survey of Cultural Heritage Technology Needs
for Data Collection and Dissemination Interfaces*Consulting with Art Historians, Architects, and Archaeologists
engaged with Florence’s cultural heritage as to their ergonomic needs
for digital interfaces for
data collection and annotation
*Surveying the Museums and
Cultural Heritage Sites of Florence to evaluate the current digital interfaces in
place and the potential for further
public engagement with layered scientific
data
*Utilizing the information collected from the survey to refine our visualization interfaces by further streamlining the utility of data collection and annotation systems for scientists
and their direct engagement with the public
Additional Training in Cultural Heritage Diagnostics
Training in READING & Analyzing Visual Diagnostic Data Sets with:
Advanced Training in Ground Penetrating Radar Deployment with:
CISA3 Participation in International Conferences & Workshops throughout Fall 2013
Email contact: INSERT CONTACT
And Come Visit the Center of Interdisciplinary Science for Art, Architecture, and Archaeology
(CISA3)
Atkinson Hall
University of California, San Diego
USA
Interested in: Visiting?Training?
Collaborating?Funding?