A piecewise probabilistic regression model to decode hand movement trajectories from epidural and subdural ECoG signals

Journal of Neural Engineering
Behraz Farrokhi, Abbas Erfanian

Abstract

The primary concern of this study is to develop a probabilistic regression method that would improve the decoding of the hand movement trajectories from epidural ECoG as well as from subdural ECoG signals. The model is characterized by the conditional expectation of the hand position given the ECoG signals. The conditional expectation of the hand position is then modeled by a linear combination of the conditional probability density functions defined for each segment of the movement. Moreover, a spatial linear filter is proposed for reducing the dimension of the feature space. The spatial linear filter is applied to each frequency band of the ECoG signals and extract the features with highest decoding performance. For evaluating the proposed method, a dataset including 28 ECoG recordings from four adult Japanese macaques is used. The results show that the proposed decoding method outperforms the results with respect to the state of the art methods using this dataset. The relative kinematic information of each frequency band is also investigated using mutual information and decoding performance. The decoding performance shows that the best performance was obtained for high gamma bands from 50 to 200 Hz as well as high frequency ...Continue Reading

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Citations

Aug 15, 2019·Journal of Neurophysiology·Benjamin FischerDetlef Wegener
May 23, 2020·Journal of Neural Engineering·Elizaveta V OkorokovaSliman J Bensmaia
Jan 5, 2021·Journal of Neural Engineering·Yaser Fathi, Abbas Erfanian
Oct 26, 2021·Journal of Neural Engineering·Hoseok ChoiDong Pyo Jang

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