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The prototype Cosmos XR faceplate sported two very high-resolution cameras that provided a wide field-of-view of the real world while wearing an HMD.
Pass-through AR for the enterprise
Pass-through AR for the enterprise
Principal UI Designer: HTC Creative Labs with hardware engineering (Taiwan)
ROLE: Lead competitive testing, UX Design, strategy, internal evangelism, customer research
TEAM: 1 prototyper, 1 UI designer (me)
TOOLS: Unity, proprietary timing and calibration systems
IMPACT: Prototype devices shipped to partner developers; product paused due to performance issues that didn't meet my quality bar
Much of my work at HTC remains proprietary and can not be publicly shared.
Much of my work at HTC remains proprietary and can not be publicly shared.
Typical competitive testing I implemented between different technologies for hand-tracking
I tested, compared, and quantified various how various technologies (software and hardware) for:
hand-tracking
occlusion mapping
registration
SLAM
lag/latency
memory footprint
CPU load
To do this, I jury rigged an external timing mechanism to measure latency by using a webcam that could simultaneously directly record a blinking LED and that same LED as seen through the lenses of the HMD.
Open-source Project Northstar reference platform used for testing field-of-view and tracking
Vive Pro with LEAP Motion sensor, Zed Mini, and Webcam used for testing pass-through AR proof-of-concepts
HoloLens 2 (Trimble XR-10 version) used for competitive analysis and testing of enterprise collaboration
Varjo XR-1 with webcam for latency testing
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