基于模式识别的手臂肌电信号分析及人工神经网络分类

Seyit Ahmet Guvenc, M. Ulutaş, Mengu Demir
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引用次数: 2

摘要

由于科技的进步,人类的生活变得越来越容易。在超出人类能力的方面,机器开始发挥作用,它们克服了人类的不足。在这一范围内必须评估的学科之一是为有缺陷的人制造可以用肌电图信号管理的假手。手和手臂是人类在日常生活中经常使用的肢体,本文试图对手和手臂的肌电信号进行分类。要求8个不同的健全人做7种不同的手部动作,通过人工神经网络推断得到的肌电信号属于哪一类。在分类操作中获得了显著的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pattern recognition based analysis of arm EMG signals and classification with artificial neural networks
Thanks to improving technology human life is consistently becoming easier. In points which exceeds human abilities machines come into play and they overcomes they remedy the deficiencies of human. One of the disciplines which must be evaluated in this coverage is manufacturing artificial hand for defective human which can manage with EMG signals. In this paper we tried to classify EMG signals which is belong to hands and arms who are limbs that human frequently use in daily life. It is demanded from 8 different able-bodied subjects to execute 7 different hand movements and it is inferred that obtained EMG signals are which class via artificial neural networks. In classification operations significant result is obtained.
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