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An Omnidirectional Stereo Vision-Based Smart Wheelchair

机译:全向立体视觉智能轮椅

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To support safe self-movement of the disabled and the aged, we developed an electric wheelchair that realizes the functions of detecting both the potential hazards in a moving environment and the postures and gestures of a user by equipping an electric wheelchair with the stereo omnidirectional system (SOS), which is capable of acquiring omnidirectional color image sequences and range data simultaneously in real time. The first half of this paper introduces the SOS and the basic technology behind it. To use the multicamera system SOS on an electric wheelchair, we developed an image synthesizing method of high speed and high quality and the method of recovering SOS attitude changes by using attitude sensors is also introduced. This method allows the SOS to be used without being affected by the mounting attitude of the SOS. The second half of this paper introduces the prototype electric wheelchair actually manufactured and experiments conducted using the prototype. The usability of the electric wheelchair is also discussed.
机译:为了支持残疾人和老年人的安全自我移动,我们开发了一种电动轮椅,该电动轮椅配备了立体声全向系统,可实现检测移动环境中的潜在危险以及用户的姿势和手势的功能(SOS),能够同时实时获取全向彩色图像序列和范围数据。本文的前半部分介绍了SOS及其背后的基本技术。为了在电动轮椅上使用多摄像机系统SOS,我们开发了一种高速,高质量的图像合成方法,并介绍了使用姿态传感器恢复SOS姿态变化的方法。这种方法使SOS的使用不受SOS的安装姿势的影响。本文的第二部分介绍了实际制造的电动轮椅原型以及使用该原型进行的实验。还讨论了电动轮椅的可用性。

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