AR Chess Game

Integrative Augmented Reality Gaming: Immersive Human-Machine Interaction This work presents an innovative human-machine interaction system, utilizing augmented reality (AR) as a captivating gaming environment. Leveraging the power of OpenCV and OpenGL, this system combines video capture, image processing, and 3D graphics rendering for a seamless user experience. The ingenious development of ArUco Marker detection enables precise tracking in AR applications. Remarkably, this AR system utilizes an affordable webcam instead of costly RGB-D cameras, generating depth data through mathematical manipulation of pose estimation. Addressing performance challenges and enhancing interaction, this system runs on low-end CPUs with GPUs and supports various video resolutions, leveraging inexpensive webcams for a highly cost-effective solution.

综合增强现实游戏：沉浸式人机交互 本研究提出了一种创新的人机交互系统，运用增强现实（AR）技术构建引人入胜的游戏环境。该系统借助 OpenCV 和 OpenGL 的强大功能，融合视频捕捉、图像处理以及三维图形渲染，为用户提供无缝的体验。通过巧妙开发 ArUco 标记检测技术，实现了 AR 应用中的精准追踪。引人注目的是，该 AR 系统采用经济实惠的摄像头而非昂贵的 RGB-D 摄像头，通过姿态估计的数学处理生成深度数据。面对性能挑战并提升交互体验，该系统在低端 CPU 配备 GPU 的支持下运行，支持多种视频分辨率，利用低成本摄像头实现高度经济实惠的解决方案。