MYOELECTRIC SIGNAL-PROCESSING - OPTIMAL ESTIMATION APPLIED TO ELECTROMYOGRAPHY .1. DERIVATION OF THE OPTIMAL MYOPROCESSOR
MYOELECTRIC SIGNAL-PROCESSING - OPTIMAL ESTIMATION APPLIED TO ELECTROMYOGRAPHY .1. DERIVATION OF THE OPTIMAL MYOPROCESSOR
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DOI：
10.1109/tbme.1980.326652
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发表时间：
1980-01-01
影响因子：
4.6
通讯作者：
MANN, RW
中科院分区：
文献类型：
--
作者：
HOGAN, N;MANN, RW
本文（第二部分第一部分）描述了一种利用多个肌电活动通道处理肌肉电活动的新技术的开发。制定了肌电活动的唯象数学模型。从这个模型中，导出了最佳肌电信号处理器的数学表达式，并研究了它的一些特性。这个数学陈述涵盖并透视了迄今为止几乎所有单通道肌处理器的发展，并指定了最佳的多通道肌处理器。随后的论文（第二部分）中通过实验演示了该处理器的功效。
This paper (Part I of II) describes the development of a novel technique for processing the electrical activity of muscle which uses multiple channels of myoelectric activity. A phenomenological mathematical model of myoelectric activity is formulated. From this model, a mathematical statement of the optimal myoelectric signal processor is derived, and some of its properties are investigated. This mathematical statement encompasses and places in perspective almost all single-channel myoprocessor developments to date, as well as specifying the optimal multiple-channel myoprocessor. An experimental demonstration of the efficacy of this processor is presented in a subsequent paper (Part II).