A Study of Intelligent Rehabilitation Robot Imitation of Human Behavior Based on Kinect

Xing Pan, Quan Liu, Fengkai Luan, Kun Chen, Qingsong Ai
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Abstract

In recent years, the number of stroke patients has gradually increased, and the serious imbalance between the number of rehabilitation physicians and patients has led to a large number of patients unable to perform the necessary rehabilitation training, which affects the rehabilitation effect of patients. The emergence of medical rehabilitation robots on the basis of existing robots. The integration of the teaching strategy can effectively reduce the workload of rehabilitation physicians, while the existing teaching rehabilitation robots use less visual fusion, and the manipulation method is complicated and cumbersome. In response to the above situation, this paper proposes a Kinect camera-based rehabilitation robot schematic behavior recognition method to realize the task of using machine vision to perceive the trajectory of the rehabilitation physician’s schematic teaching task to the patient and map it onto the rehabilitation robot.
基于Kinect的智能康复机器人仿人行为研究
近年来,脑卒中患者数量逐渐增多,康复医师与患者数量严重失衡,导致大量患者无法进行必要的康复训练,影响了患者的康复效果。医疗康复机器人是在现有机器人的基础上出现的。教学策略的整合可以有效减少康复医生的工作量,而现有的教学康复机器人使用的视觉融合较少,操作方法复杂繁琐。针对上述情况,本文提出了一种基于Kinect摄像头的康复机器人原理图行为识别方法,实现利用机器视觉感知康复医生对患者进行原理图教学任务的轨迹,并将其映射到康复机器人上的任务。
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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