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Thought control: International collaboration aims for wheelchair with robotic arm manoeuvred by brainwaves

机译:思想控制:国际合作的目标是通过脑电波操纵具有机械臂的轮椅

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Scientists from Ulster University and the Indian Institute of Technology in Kanpur hope to develop a wheelchair and robotic arm that can be controlled solely by the power of thought. 'We are looking at helping people with severe movement disabilities such as motor neurone disease and spinal cord injuries,' said Dr Girijesh Prasad, a senior lecturer at Ulster's school of computing and intelligent systems. 'They would not be able to make any movement through the neuro-muscular medium, so first of all, we are looking at a brain computer interface (BCI) where the brainwaves would be used, often through EEG (electroencephalogra-phy) for creating an interface to command both the wheelchair and a robotic arm. 'First, we can provide the mobility through a wheelchair that has robust, inbuilt obstacle avoidance capabilities. Second, if we can provide disabled people with some sort of robotic arm, they can also attempt to do activities of daily living on their own as far as possible.' As part of their investigations, the scientists will concentrate mainly on developing the com-mand-and-control aspect of the intelligent wheelchair, using an off-the-shelf model donated by Invacare UK, a wheelchair manufacturer based in Bridgend, Wales.
机译:阿尔斯特大学(Ulster University)和坎普尔印度理工学院的科学家希望开发出一种轮椅和机械臂,可以完全由思想的力量来控制它。阿尔斯特大学计算机与智能系统学院的高级讲师吉里耶什·普拉萨德博士说:“我们正在寻求帮助患有严重运动障碍的人,例如运动神经元疾病和脊髓损伤。” “他们将无法通过神经肌肉介质进行任何运动,因此,首先,我们正在研究一种大脑计算机接口(BCI),在该计算机接口中,通常通过EEG(脑电图)来使用脑电波。一个既可以控制轮椅又可以控制机械臂的接口。 ``首先,我们可以通过具有坚固的内置避障功能的轮椅提供机动性。第二,如果我们可以为残疾人提供某种机械臂,他们也可以尝试尽可能地自己进行日常生活。作为研究的一部分,科学家将主要使用由威尔士布里真德市轮椅制造商Invacare UK捐赠的现成模型,开发智能轮椅的命令和控制方面。

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