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#039;Gest-BOT#039; - A Highly Convenient Locomotive Solution for the Elderly and Physically Challenged

机译:' gest-bot' - 为老年人和身体挑战的高度方便的机车解决方案

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Various research studies conducted all around the world reveal that 75% of people with debilitating physical disabilities and elderly people experience significant difficulties for their day to day locomotion. Although there are existing solutions to overcome this problem, none of them served to be customizable, economical and user friendly all at the same time. Therefore, one of the best options that could be useful for these affected class of people is a gesture-based interaction with their environment, in particular their wheelchairs. The proposed system named as 'Gest-BOT', uses a small camera mounted very close to the user's hand, which tracks the small movements of their fingers to understand the direction of movement of the wheelchair. A gesture recognition system which identifies the gesture is then interfaced to the wheelchair control system in order move it to the desired location. Gest-BOT is effortless to use, customizable, economical, highly convenient and non-intrusive. The hardware implementation of Gest-BOT consists of a wheelchair, an Arduino board based ATmega microcontroller and an Intel Atom EBC-352 processor, which uses MATLAB® executables for gesture image processing. We have also calculated the response of the system under various conditions which is detailed in the paper.
机译:世界各地的各种研究研究揭示了75%的人,令人衰弱的身体残疾和老年人对他们的日常运动造成重大困难。虽然有现有的解决方案来克服这个问题,但它们都没有是可定制的,经济和用户友好的同时。因此,对于这些受影响的人类的最佳选择之一是对他们的环境的基于手势的互动,特别是他们的轮椅。所提出的系统名为“GEST-BOT”,使用非常接近用户手的小型摄像机,这追踪其手指的小运动,了解轮椅的运动方向。识别手势的手势识别系统然后将其与轮椅控制系统接口,以便将其移动到所需位置。 Gest-Bot毫不费力地使用,可定制,经济,高度方便和非侵入性。 GEST-BOT的硬件实现包括一个轮椅,基于Arduino板的Atmega微控制器和英特尔ATOM EBC-352处理器,它使用Matlab®手势图像处理的可执行文件。我们还计算了系统在纸张中详述的各种条件下的响应。

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