Projects.

List of projects contributed to as a researcher and professional team member.

Industry Projects.

Tobii AB, Stockholm, Sweden.

• Tobii XR Eye Tracking Platform – The eye tracking platform that enables Meta Butterscotch varifocal rendering for next-gen XR headsets.
• Pimax Crystal – VR headset with ultra-high-resolution display with Tobii eye tracking.
• Sony PlayStation VR2 – High-volume consumer gaming headset with integrated Tobii eye tracking.
• HP Reverb G2 Omnicept Edition VR – Enterprise VR headset with integrated Tobii eye tracking.
• Qualcomm Snapdragon XR2 5G Platform – Reference headset with real-time eye tracking for next-gen AR/VR.
• Pico Neo 3 Pro Eye – Standalone enterprise VR headset with Tobii eye tracking.
• Pico Neo 2 Eye – World first standalone VR headset with Tobii eye tracking, named one of TIME’s Best Inventions 2020.
• HTC Vive Pro Eye – World first VR headset with Tobii eye tracking, featured as one of TIME’s Best Inventions 2019.
• Qualcomm Snapdragon XR1 Platform – Reference headset with Tobii eye tracking support for AR/VR.
• Qualcomm Snapdragon 845 VR Development Kit – Reference headset for standalone XR prototypes with eye tracking capabilities.
• StarVR One – Enterprise ultra-wide FOV VR headset with Tobii eye tracking.
• Tobii VR Development Kit – Retro-fitted Tobii eye tracking into HTC Vive Business Ed. to drive early developer adoption and OEM traction.
• Tobii IS4 Eye Tracking Platform – World first eye tracking SoC, Tobii EyeChip, based platform for integration with Windows Hello–compliant, powering devices PRC-Saltillo Accent, Dell and Acer laptops.
• Tobii IS3 Eye Tracking Platform – Tobii’s first consumer-grade platform, used in Tobii EyeX, SteelSeries Sentry, and MSI GT72 gaming laptops.

Academic Research Projects.

KTH Royal Institute of Technology, Stockholm, Sweden.

• 3D Video Coding – Geometry-aware coding and rendering algorithms for immersive Free-viewpoint TV.

Indian Institute of Technology, Kharagpur, India.

• Antarctic Sea Ice Edge Prediction – Machine learning technique for accurate prediction of sea ice boundaries.