Analysis of a mechanism to evaluate upper limb muscle activity based on surface electromyography using the MYO-EMG device

Auccahuasi, Wilver; Rojas, Gloria; Auccahuasi, Aly; Flores, Edward; Castro, Percy; Sernaque, Fernando; Ginocchio, Ingrid; Moggiano, Nabilt

doi:10.1145/3369985.3370016

Cited by 3 publications

(1 citation statement)

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“…In the work related to the registration of biomedical signals, there are many options, among the most widely used is the design of its own circuit, in this sense it is necessary to work from the stage of acquisition, amplification, filtering and registration, this option allows the registration of a channel, understanding that a channel allows the registration of a muscle, if the registration is desired, it is necessary to have similar configurations depending on the number of muscles to be analyzed, a disadvantage of this option is the noise level in the signal, through which care must be taken throughout the design and development stage, the other option is to have an integrated device that records everything and provides us with the signal ready to work. Depending on the application and the use that we must give to the signal, we can choose the best option, making a review of the literature, we find works related to the recording of electromyography signals to analyze some specific pathology, using embedded devices [1]. Depending on the application, you can choose to use surface electrodes and invasive electrodes that have to be placed inside the body, these electrodes that are in contact with the body are known as non-invasive electrodes and invasive electrodes [2].…”

Section: Introductionmentioning

confidence: 99%

Methodology for the multichannel recording of upper limb muscle activity

Ovalle

Cordova-Buiza

Herrera

et al. 2022

J. Phys.: Conf. Ser.

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In the study of the functioning of the muscle, the study standard is to be able to analyze its behavior or functioning, this behavior is represented by a continuous signal where the muscle signal can be recorded and visualized, to perform this registration a designed circuit is required For the capture of electromyography signals, there are many options of these circuits in the market, depending on the application, the part of the body that is required to be analyzed, the best option can be chosen, in this work, we present a methodology for recording in Simultaneous 8 signals, for the characteristic use of the arm muscles, due to its special shape, which allows it to be placed in the form of a bracelet, the signals that are acquired simultaneously and individually, can be used in many applications depending on the problem and challenge, recommending for use on the arm and providing a clean signal allowing Being used in the design of detection mechanisms for some pathologies related to the arm muscles and in the design of control mechanisms for the design of prostheses.

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Section: Introductionmentioning

confidence: 99%