Abstract

Next-generation Augmented Reality (AR) and Virtual Reality (VR) hardware obtains rapid development through artificial intelligence (AI) which improves user comfort aspects as well as functionality and user experience. This research examines the ergonomic aspects and usability features and performance testing and power and thermal efficiency characteristics of future-generation AR/VR devices. Multiple hardware prototypes underwent controlled experimental evaluation for measuring their aspects related to comfort, wearability, durability and AI-controlled capabilities and real-time system performance.
The benchmarking tests for performance evaluated user interface delays as well as lineup speeds and AI inference measurement precision to guarantee uninterrupted user experience with AI assistance. Lab tests analyzed both power efficiency rates and system efficiency during various applications and thermal control systems to diagnose excessive heat generation. Research with real users yielded information about product ergonomics including comfort as well as weight distribution and extended wear patterns to ensure suitable human factors.
New AI-based AR/VR devices create better user connections and improve both dynamic graphical adjustments and hand movement monitoring. The main barriers for better use are power consumption issues and device overheating problems. Several hardware tests showed that using better materials and passive cooling makes devices more comfortable to wear and fight overheating issues. Recent product testing brought up the demand for AR/VR devices that provide comfortable wear and balanced pressure for extended sessions.
More wearable AR/VR devices will need energy-saving solutions and AI-based performance enhancements to grow further. Only next-generation cooling systems and improved design technology can deliver dependable intelligent wearables that do not overheat. Our study creates a platform for enhancing AR/VR hardware by combining its practical performance with end-user requirements.