Application of Vision Chip

我们已经开发了一个并行的视觉信息处理芯片称为视觉芯片。所研制的芯片在1kHz的速度下显示了高速视觉反馈的有效性，与传统的视频速率（30Hz）相比，速度大大提高。这种高速视觉反馈的基本技术现在正在建立。这种技术进步使我们进入了一个新的阶段，挑战真实的世界的应用程序开发。基于这样的背景，本课题围绕高速视觉接口和高速微视觉反馈两个关键应用展开研究。高速视觉界面是利用高速视觉实时观察人体运动，实现新型人机交互系统。高速显微视觉反馈通过基于高速视觉的反馈控制显微镜来高精度地观察微生物。

We have developed a massively-parallel visual-information-processing chip called as Vision Chip. The developed chip has shown the effectiveness of the high-speed visual feedback at the speed of 1kHz which is largely increased in the speed compared with the conventional video-rate(30Hz). The fundamental technology for such high-speed visual feedback is now being established. This technology progress allows us to enter a new phase to challenge the application development for the real world. Based on this background, in this research project, we focus on two key applications, High-speed Visual Interface and High-speed Micro Visual Feedback. High-speed Visual Interface observes human motion in real-time by using high-speed vision and realizes new man-machine interaction systems. High-speed Micro Visual Feedback observes microorganism at high accuracy by controlling a microscope based on the feedback of the high-speed vision.