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Extended Reality XR

By leveraging advanced technologies such as Virtual Reality (VR), Mixed Reality (MR), and Haptic Feedback, this study simulates multisensory experiences and interactive feedback in real-world physical environments. The primary contributions of this research include the development of high-performance object occlusion and recognition algorithms, as well as the successful integration of haptic feedback technology, enabling users to intuitively perceive and assimilate product-related information in VR and MR environments. Furthermore, this study explores diverse application scenarios, including design evaluation during product disassembly and assembly, the construction of training environments for professional skill simulations, and the use of Simultaneous Localization and Mapping (SLAM) technology for environmental scanning and real-time virtual scene generation. These advancements not only enhance the immersive quality of virtual environments but also provide innovative solutions to meet application demands across various domains.

Demo Videos

Extended Reality (XR) Demo Videos

Extended Reality (XR) Demo Videos

Extended Reality (XR) Demo Videos
元宇宙跨平台實作銑床訓練系統Metaverse Cross-Platform Milling Machine Training System Implementation

元宇宙跨平台實作銑床訓練系統Metaverse Cross-Platform Milling Machine Training System Implementation

02:24
VR駕駛模擬VR Driving Simulation

VR駕駛模擬VR Driving Simulation

01:35
A Spatially-Accurate Augmented Virtuality Telerobotic System

A Spatially-Accurate Augmented Virtuality Telerobotic System

05:29

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©2018 by National Taiwan University APRILab​.

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