| 虚拟现实实验室 Virtual Reality Laboratory

虚拟现实实验室：虚拟现实实验室以多目标定位系统为核心架构，主要设备包括：红外光学定位系统（亚毫米级空间位置追踪）、惯性动作捕捉手套与全身动作捕捉套组（采集手部及全身运动数据）、超微背包电脑（支持无缆化移动计算）、多品牌多系统VR眼镜及混合现实眼镜。基于统一的空间定位与数据同步框架，实验室支持多人同区域协同虚拟互动，多用户可在同一物理空间内共享虚拟场景并实时感知彼此动作。实验室开展混合现实交互、实时动作捕捉、数字人驱动、协同虚拟环境等教学与科研工作。实验室拥有95平方米开放式空间，结合红外光学定位系统的全场覆盖能力，可支持多人协同VR大空间项目（多名用户在同一场景中自由行走、实时交互并完成协作任务），亦可独立划分区域用于混合现实项目的开发与调试，实现空间资源的多用途复用。

Virtual Reality Laboratory：The virtual reality laboratory is built around a multi-target positioning system as its core architecture. Main equipment includes: an infrared optical positioning system (sub-millimeter spatial tracking), inertial motion capture gloves and a full-body motion capture suit (capturing hand and whole-body motion data), an ultra-compact backpack computer (supporting untethered mobile computing), and multiple VR headsets and mixed reality glasses from different brands and systems. Based on a unified spatial positioning and data synchronization framework, the laboratory supports multi-user co-located collaborative virtual interaction, allowing multiple users to share a virtual scene and perceive each other's movements in real time within the same physical space. The laboratory supports teaching and research in mixed reality interaction, real-time motion capture, digital human driving, and collaborative virtual environments. The laboratory occupies a 95-square-meter open space. Combined with the full-coverage capability of the infrared optical positioning system, it supports multi-user collaborative VR large-space projects (multiple users freely walking, interacting in real time, and completing collaborative tasks within the same virtual scene), and can also allocate separate areas for the development and debugging of mixed reality projects, enabling multi-purpose use of the spatial resource.