MYOELECTRIC SIGNAL-PROCESSING - OPTIMAL ESTIMATION APPLIED TO ELECTROMYOGRAPHY .2. EXPERIMENTAL DEMONSTRATION OF OPTIMAL MYOPROCESSOR PERFORMANCE
MYOELECTRIC SIGNAL-PROCESSING - OPTIMAL ESTIMATION APPLIED TO ELECTROMYOGRAPHY .2. EXPERIMENTAL DEMONSTRATION OF OPTIMAL MYOPROCESSOR PERFORMANCE
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DOI：
10.1109/tbme.1980.326653
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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）提出了一个实验演示的性能实现数学推导的最佳myoconductor在第一部分中描述。与普通肌处理器相比，几乎获得了数量级的改进。实验结果与分析预测的良好一致性验证了数学分析。最佳myoconductor的每个阶段的相对贡献进行检查。讨论和比较几个现有的和建议的技术改进肌处理器。
This paper (Part II of two) presents an experimental demonstration of the performance achieved by implementing the mathematically derived optimal myoprocessor described in Part I. Almost an order-of-magnitude improvement over the common myoprocessor is obtained. Excellent agreement of the experimental results with the analytical predictions verifies the mathematical analysis. The relative contributions of each stage of the optimal myoprocessor are examined. A discussion and comparison of several existing and proposed techniques for myoprocessor improvement are presented.