The NavChair Assistive Wheelchair Navigation System.

S P Levine, D A Bell, L A Jaros, R C Simpson, Y Koren, J Borenstein
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引用次数: 455

Abstract

The NavChair Assistive Wheelchair Navigation System [19] is being developed to reduce the cognitive and physical requirements of operating a power wheelchair for people with wide ranging impairments that limit their access to powered mobility. The NavChair is based on a commercial wheelchair system with the addition of a DOS-based computer system, ultrasonic sensors, and an interface module interposed between the joystick and power module of the wheelchair. The obstacle avoidance routines used by the NavChair in conjunction with the ultrasonic sensors are modifications of methods originally used in mobile robotics research. The NavChair currently employs three operating modes: general obstacle avoidance, door passage, and automatic wall following. Results from performance testing of these three operating modes demonstrate their functionality. In additional to advancing the technology of smart wheelchairs, the NavChair has application to the development and testing of "shared control" systems where a human and machine share control of a system and the machine can automatically adapt to human behaviors.
NavChair辅助轮椅导航系统。
NavChair辅助轮椅导航系统[19]的开发是为了减少对电动轮椅的认知和身体要求,为那些有广泛障碍的人限制他们的动力行动。NavChair以商用轮椅系统为基础,增加了一个基于dos的计算机系统、超声波传感器和一个接口模块,插在轮椅的操纵杆和电源模块之间。NavChair与超声波传感器结合使用的避障程序是对最初用于移动机器人研究的方法的修改。NavChair目前有三种工作模式:一般避障模式、门通道模式和自动跟墙模式。这三种工作模式的性能测试结果证明了它们的功能。除了推进智能轮椅的技术,NavChair还应用于“共享控制”系统的开发和测试,即人与机器共享系统的控制,机器可以自动适应人类的行为。
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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