How Game Designers Reduce VR Motion Sickness

Technical overview of VR locomotion, hardware and design patterns, examining teleportation (Robo Recall), zero?g movement (Lone Echo) and strategies to reduce motion sickness.

Virtual Imaging Technology: Definition and Types

Overview of virtual imaging and holographic projection: principles, system architectures, volumetric 3D display types, and recent industry developments.

Connecting VR Headsets to Phones and AR Differences

Guide to connecting a VR headset to a phone, covering compatibility, physical and wireless interfaces, headset calibration, and differences between VR headset and AR glasses.

What if ChatGPT Ran on AR Wearables?

Monocle, a palm-sized AR open-hardware module for conversational AI, uses FPGA StreamLogic to enable open-source developer workflows, customization, and prototyping.

Acoustic Radiation Pressure Haptics for Immersive VR

Technical overview of acoustic radiation pressure and airborne ultrasonic haptics, covering principles, tracking integration, implementations, and application scenarios.

Building Mobile AR Applications with XRSLAM

XRSLAM: modular C++ visual-inertial odometry (VIO) with IMU–camera fusion, cross-platform builds, real-time mobile performance and EuRoC accuracy evaluation.

Vive Tracker Development Notes

Technical overview of the Vive Tracker: developer documentation covering Pogo pin I/O, MicroUSB data, wireless USB 2.0 dongle, antenna clearance, 270° tracking FOV.

3D Display Principles in AR and VR

Comprehensive technical summary of 3D display principles and development: binocular vision, Pulfrich effect, anaglyphs, polarization, parallax methods, VR headsets and holography.

Key Technologies for the Industrial Metaverse

Technical overview of the industrial metaverse detailing core technologies (digital twin, AI, CAD, AR/VR, networks), application scenarios, and standards outlook.

Virtual Reality Cuts Autonomous Vehicle Testing Costs to Near Zero

White paper: augmented reality testing for connected and autonomous vehicles (CAVs) accelerates scenario-driven validation, reducing cost and time.