future force presentation to ministry of defence
DESCRIPTION
AR Glasses for the MilitaryTRANSCRIPT
Future ForceFuture ForcePotential Augmented Reality
applications in the military
Pete Wassell, CEO
Augmate Corporation
1 INTRODUCTION
VISUAL INFORMATION
WAVE GUIDE TECHNOLOGY
POTENTIAL AR EYEWEAR USES
Topics Covered
2
3
4
Mailgrams' Continuum
Mediated Reality
How did we get to AR Glasses?
• Cyborg Anthropology states that throughout the history of mankind, tools have been an extension of the body (self), however in the last 30 years, we have created tools that are an extension of the mind.
• EyeTap philosophy says, in lieu of a computer wired directly to the brain, the next greatest bandwidth for getting information into the brain is to tap the visual field.
Amber Case
Steve Mann
Visual Information Technology
http://www.darpa.mil/Opportunities/Solicitations/I2O_Solicitations_VMR_Concept_Video.aspx
Wave Guide TechnologyAn optical waveguide is a physical structure that
guides electromagnetic waves in the optical spectrum
Wave Guide Technology
Polarized Reflective
Holographic
Uses: multi-layer coatings and
embedded polarized
reflectors.
Issues: 1) high cost 2) uses
glass not plastic 3) needs 25-
30 layers glued together 4)
can not be mass produced
Diffractive
Uses: similar technique as
diffraction but with
holograms.
Issues: 1) light looses
intensity with angular
variation 2) color crosstalk
rainbow effect
Uses: deep slanted diffraction
gratings to couple collimated
light using Total Internal
Reflection.
Issues: 1) costly 2) can
produce color non-uniformity
in the image, 3) small field of
view
Uses: standard straight
reflective optical components
Issues: wedge structures
require high precision
molding
AR Glasses / Digital EyewearRequirements:•Daylight-readable•See-through, >30° FOV•Color video display & camera•Compact Form factor•Comfortable / light weight•Supported by Command Center / IT Infrastructure
Benefits:•Hands free•Situational / Contextual awareness
Optional:•Night Vision, binocular, and 3D range finder
Why should jet pilots have all the fun?
1. Camera & Video Display Uses
Five AR Eyewear Feature Uses for Ground Forces
2. Software Recognition Types and Uses
3. Electromagnetic Spectrum Uses
4. GPS Map Features & Uses
5. Sensor Based Squad Health Uses
Camera Video / Display
• Remote:– Drones & IED robots– Weapon operation– Visual Communication – Intelligence Collecting
• Local:– Non visual field light scope– Immersive / Virtual / Simulated Training– Increased FOV, Panoramic 360 Viewing, Digital
Rearview Mirror
Software Recognition
Computer Vision:•Facial Recognition•Weapon Recognition•Motion detection highlighter •Vehicle Recognition•Friend or foe recognition / buddy beacon•Lingual translation of signs, writings, (OCR) and speechSound Recognition•Lingual translation of speech•Gunfire locater: Show Direction, Volume, & Type of Sound•Sound Amplification (augmented audio) to hear whispers at a distance
Electromagnetic Spectrum
Electromagnetic Spectrum• On either side of the visual range:
– Infrared sees through • Night• Fog• Smoke
– X-ray sees through • Walls• Clothing
GPS Maps, Navigation, POI
• Navigation, alternate routes, distance to and from next coordinate
• Strategic POI
Squad Health Bar
• Squad leaders can see biometric / sensor based measurements of the team– Heart rate (ECG) / Heart rate variability monitor– Pulse rate monitor– Blood pressure monitor– Skin temperature monitor– Oximeter (O2) sensor– Respiration rate monitor– Muscle (EMS) monitor– Nervous system monitor– Impact sensors (smart boots & helmets)– Perspiration and pH monitor (smart clothes)– Brainwave (EEG) monitor
Recap: Top 5 AR Uses
1. Camera & Video Display Uses2. Software Recognition Types and Uses3. Electromagnetic Spectrum Uses4. GPS Map Features & Uses5. Sensor Based Squad Health Uses
•
Situational Awareness
Eye in the sky
Terminator Vision
Television?