ALLPCB
AR vs VR: Core AR Technologies Explained
Survey of AR visual localization challenges: scalable SfM map construction, map simplification, long-term matching robustness, and crowdsourced VPS updates.
AR and MR Industry Report
Analysis of the XR market and AR technology maturity, deployment scenarios, and forecasts—covering Apple’s MR headset timing, enterprise use cases, and AR glasses market growth.
Six Technical Pillars of the Metaverse
Analytic overview of the metaverse's core technologies: perceptual interaction, AI, data transmission, game engines, digital twins, blockchain; civilian and military use cases.
Differences Between VR, AR, MR, and XR
Technical overview of VR and XR, defining differences among reality-interaction technologies, interaction models, and applications in simulation, training and maintenance.
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.
How Mobile Communication Transmits Data
Technical overview of mobile communication over radio waves, covering radio access technologies (GSM, LTE, 5G), modulation, multiplexing, allocation and network infrastructure.
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.
Conceptual Framework of the Industrial Metaverse
Technical overview of the industrial metaverse: infrastructure, digital twins, identity and asset systems, virtual world mapping, and six industrial application models.
3 Manufacturing Methods for VR/AR Structural Parts
Summary of manufacturing methods for VR/AR headset structural components, covering injection molding, CNC monoblock machining, and compression-injection molding.
How Designers Can Transition to VR Design
Practical insights on transitioning to VR design: team roles, sketching, 3D tools, optics, motion design, and comfort principles focused on head tracking.