Publication :
Transfer learning for sEMG hand gesture recognition using convolutional neural networks

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Date
2017-12-01
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Direction de recherche
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Éditeur
IEEE
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Résumé

In the realm of surface electromyography (sEMG) gesture recognition, deep learning algorithms are seldom employed. This is due in part to the large quantity of data required for them to train on. Consequently, it would be prohibitively time consuming for a single user to generate a sufficient amount of data for training such algorithms. In this paper, two datasets of 18 and 17 able-bodied participants respectively are recorded using a low-cost, low-sampling rate (200Hz), 8-channel, consumer-grade, dry electrode sEMG device named Myo armband (Thalmic Labs). A convolutional neural network (CNN) is augmented using transfer learning techniques to leverage inter-user data from the first dataset and alleviate the data generation burden imposed on a single individual. The results show that the proposed classifier is robust and precise enough to guide a 6DoF robotic arm (in conjunction with orientation data) with the same speed and precision as with a joystick. Furthermore, the proposed CNN achieves an average accuracy of 97.81% on seven hand/wrist gestures on the 17 participants of the second dataset.

Description
Revue
IEEE International Conference On Systems, Man and Cybernetics
DOI
10.1109/SMC.2017.8122854
URL vers la version publiée
Mots-clés
Training , Computer architecture , Robots , Spectrogram , Machine learning , Electrodes , Robustness
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Type de document
article dans une conférence