A Perceptive Window for Responsive Environment Applications

Ching-Wen Hsu, Ya-Chi Huang, Fu-Chun Lu, Jinn-Kwei Guo, Chien-Jen Wang, Chun-Lin Lu
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Abstract

This paper demonstrates the implementation of a responsive window which consists of an LCD-TV display and an ultrasonic location system. The window is perceptive because the main controller detects the location of the front observer by an ultrasonic system. The controller also manipulates the remote-end IP-camera to give a proper view which is corresponding to the location of the observer. The designs of both the ultrasonic system and the IP-camera control are described in this paper. Based on the ultrasonic location system, the observer in front of the responsive window needs not to wear anything. The test results show that the observer can manipulate the remote-end IP-camera simply by moving himself in front of the window. It is then verified that the perceptive window is able to be applied in the responsive environments.
响应环境应用程序的感知窗口
本文演示了一个由液晶电视显示器和超声波定位系统组成的响应窗口的实现。窗口是可感知的,因为主控制器通过超声波系统检测到前观察者的位置。控制器还操纵远端ip摄像机给出与观察者位置相对应的适当视图。本文介绍了超声波系统和ip摄像机控制系统的设计。基于超声波定位系统,在响应窗口前的观察者不需要穿任何东西。测试结果表明,观察者只需移动到窗口前即可操纵远端ip摄像机。然后验证感知窗口能够应用于响应性环境。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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