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A Method for Designing Emg Integrator using an FPGA

机译:使用FPGA设计EMG积分器的方法

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Electromyography is a method for recording electrical activities of the muscle for different clinical and nonclinical tasks. For extracting more information, integrated electromyography is commonly used than the raw electromyography. This paper presents the design and implementation of integrated electromyography both in software and hardware. Software was implemented in Matlab due to easier implementation whereas hardware was designed on Field Programmable Gate Array (FPGA) due to low cost and flexibility. It can be seen that, the integrator works like a moving average window filter and a hundred-point window size is chosen in the integrator design. To verify the method, real surface electromyography data was collected and used. The mean error between software (Matlab) and hardware is 5.8288e-08 and the correlation coefficient is 1.
机译:肌电图是一种用于对不同临床和非界限任务进行肌肉的电气活动的方法。为了提取更多信息,通常使用集成的电核景而不是原始电学。本文介绍了软件和硬件中集成电拍摄的设计和实现。由于更容易实现,在MATLAB中在MATLAB中实施了软件,而由于低成本和灵活性,在现场可编程门阵列(FPGA)上设计了硬件。可以看出,积分器类似于移动平均窗口过滤器,并在积分器设计中选择百分窗口大小。为了验证该方法,收集并使用真实的表面电拍摄数据。软件(MATLAB)和硬件之间的平均误差为5.8288E-08,相关系数为1。

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