A proportional control scheme for high density force myography

Journal of Neural Engineering
Alexander T BelyeaErik J Scheme

Abstract

Force myography (FMG) has been shown to be a potentially higher accuracy alternative to electromyography for pattern recognition based prosthetic control. Classification accuracy, however, is just one factor that affects the usability of a control system. Others, like the ability to start and stop, to coordinate dynamic movements, and to control the velocity of the device through some proportional control scheme can be of equal importance. To impart effective fine control using FMG-based pattern recognition, it is important that a method of controlling the velocity of each motion be developed. In this work force myography data were collected from 14 able bodied participants and one amputee participant as they performed a set of wrist and hand motions. The offline proportional control performance of a standard mean signal amplitude approach and a proposed regression-based alternative was compared. The impact of providing feedback during training, as well as the use of constrained or unconstrained hand and wrist contractions, were also evaluated. It is shown that the commonly used mean of rectified channel amplitudes approach commonly employed with electromyography does not translate to force myography. The proposed class-based r...Continue Reading

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Citations

Aug 21, 2020·Annals of Biomedical Engineering·Chuanxin M NiuNing Lan
Jun 14, 2019·Frontiers in Neurorobotics·Michele MaimeriGiorgio Grioli
Oct 23, 2019·Sensors·Zhen Gang Xiao, Carlo Menon
Jan 11, 2020·Frontiers in Bioengineering and Biotechnology·Chakaveh AhmadizadehCarlo Menon

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