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A Gait Patterns Recognition Approach Based on Surface Electromyography and Three-axis Acceleration Signals

机译:一种基于表面电学和三轴加速信号的步态模式识别方法

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In this paper,an approach based on combining surface electromyography(sEMG)and three-axis acceleration(ACC)signal was proposed to recognize 5 different kinds basis daily gait patterns,including walking on the ground,going up stairs,going down stairs,going up slope and going down slope.Firstly,the gait related sEMG signal and three-axis ACC signal were collected from the lower limbs of subjects.Secondly,the de-noising of sEMG signal was finished and the segmentation of the fusion signal was done.Thirdly,the features of fusion signal were extracted.Finally,a classifier based on 2-stream hidden Markov model(HMM)was built to recognize 5 kinds of basis daily gait patterns.The experiment obtained an average recognition accuracy of 94.32%,which is 4.15% higher than the accuracy by adopting sEMG signal only(Average 90.17%),and 9.60% higher than the accuracy by adopting ACC signal only(Average 84.72%).The result demonstrated that it can improve the recognition accuracy of gait patterns effectively to combine sEMG signal and three-axis ACC signal.
机译:在本文中,提出了一种基于组合表面电学(SEMG)和三轴加速度(ACC)信号的方法,识别5种不同的日常步态图案,包括在地面上行走,楼梯,走下楼梯,走下楼梯向上倾斜并下降斜率。过度地,从受试者的下肢收集步态相关的SEMG信号和三轴ACC信号。第二个信号,完成半导体的去噪并完成融合信号的分割。第三,提取融合信号的特征。最后,建立了基于2流隐马尔可夫模型(HMM)的分类器以识别5种日常步态图案。实验获得了94.32%的平均识别准确度,即94.32%通过采用SEMG信号(平均90.17%),高于精度的精度高4.15%,仅通过采用ACC信号高出9.60%(平均84.72%)。结果表明它可以提高步态模式的识别准确性允许将SEMG信号和三轴ACC信号组合。

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