3 Key Parameters to Choose a VR Movie Headset

Technical guide to evaluating head-mounted cinema headsets by field of view (FOV) and angular resolution (PPD), showing how to calculate PPD and compare models for film viewing.

Principles and Implementations of Mainstream AR Interactive Systems

Technical overview of AR interactive systems and mainstream interactive techniques, covering hardware, sensing (Kinect, infrared), displays, peripherals and AR body?sensing.

Current State and Four Future Trends in VR Technology

Overview of virtual reality principles, global development, applications, and four future trends: 360-degree content, immersive audio, and improved usability.

VR Market Risks and the Status of Chinese Companies

Analysis of virtual reality (VR) market risks, business models, and adoption barriers in China, covering investment, technology, user conversion, and costs.

Applications of Augmented Reality Technology

Technical article about electronics and hardware engineering.

Why VR Lenses Matter in VR Headsets

Overview of VR optical design: effects of Fresnel lenses, aberrations and viewing geometry, and Zemax software capabilities for lens modeling and analysis.

Industrial Metaverse Solution Using Virtual Reality

Technical overview of augmented reality for industrial digitalization, covering resource digitization, workflow cloud platforms, SaaS implementation and remote assistance.

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.

What Is Panoramic Virtual Reality Technology

Overview of panoramic virtual reality: definition, 360-degree VR panorama presentation methods and sensory interaction for realistic, interactive scene reproduction.

What Is Virtual Reality Technology?

Overview of virtual reality technology covering immersion, interactivity, hardware (HMDs, tracking), history, key characteristics and cross?industry applications for engineers.

AR, VR, MR, and CR: Definitions and Differences

Technical overview of artificial intelligence and immersive systems, defining augmented reality, virtual reality, mixed reality and cinematic reality with focus on methods and interaction.

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.

5G to Improve AR and VR Adoption

Analysis of how 5G improves XR (AR/VR) interfaces: bandwidth, ultra-low latency, network density and energy efficiency enabling industrial, medical and retail use cases.

Potential Issues in Virtual and Augmented Reality

Analysis of AR/VR cybersecurity risks, data collection sources, and threat scenarios (surveillance, DDoS, impersonation) with recommended defense practices.

Ray Tracing for AR, VR and XR

Technical overview of ray tracing and real-time path tracing advances, hybrid rendering, and implications for engineers in AR/VR, mobile, and simulation.

Coherence Gathering in Ray Tracing Hardware

Examines GPU design challenges for real-time ray tracing and proposes hardware coherence gathering for improved locality, traversal, and parallel intersection efficiency.

MR Moves Beyond Design into Manufacturing

Analysis of mixed reality (MR) adoption in manufacturing product workflows, detailing hardware/software advances and MR use cases for training, quality and operations control.

5G's Role in Advancing the AR/VR Market

Technical overview of how 5G (multi-Gbps throughput, millisecond latency) removes AR/VR transmission barriers, shifts supply chain value, and enables 3D imaging.

Differences Between Virtual Reality and Computer Simulation

Technical overview of virtual reality: definitions, significance, and core components (computer graphics, sensing, AI, human-computer interaction) for immersive 3D simulation.

VR Technology: History, Challenges and Outlook

Technical overview of China's VR industry: evolution, key technologies (image processing, eye tracking, 3D audio), current challenges and market prospects for virtual reality.