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A survey on different human-machine interactions used for controlling an electric wheelchair

机译:用于控制电动轮椅的不同人机交互方式的调查

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Nowadays, enhanced mobility is a major challenge in the public healthcare sector, especially for the elderly and disabled persons living alone. Therefore, the demand for assistance systems as smart wheelchairs, especially for patients who are not able to walk normally because of some injury, has considerably increased within the healthcare industry. The power of modern computer systems has created new opportunities for human-machine interaction researchers to expand the capabilities of conventional wheelchairs by introducing specialized interfaces to enable the user to emit a command perceptible and understandable by a machine.In this paper, we present a survey on different human-machine interactions used for controlling an electric wheelchair and we demonstrate the effectiveness of our interface based on human facial expressions.
机译:如今,提高机动性已成为公共医疗保健部门的一项重大挑战,特别是对于独居的老年人和残疾人。因此,在医疗保健行业中,对作为智能轮椅的辅助系统的需求,特别是由于某些伤害而不能正常行走的患者,对智能轮椅的需求已大大增加。现代计算机系统的强大功能为人机交互研究人员提供了新的机会,他们可以通过引入专门的界面来扩展常规轮椅的功能,以使用户能够发出机器可感知和可理解的命令。在用于控制电动轮椅的不同人机交互上,我们展示了基于人脸表情的界面的有效性。

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