Journal of Engineering and Applied Sciences

Year: 2019
Volume: 14
Issue: 16
Page No. 5906 - 5916

ROM-based Inference Method Built on Deep Learning for Sleep Stage Classification

Authors : Mohamed H. AlMeer, Hanadi Hassen and Naveed Nawaz

Abstract: We used a classical Deep Feed Forward Neural Network (DFFNN) for an automatic sleep stage scoring based on a single-channel EEG signal. We used an open-available dataset, randomly selecting one healthy young adult for both training (≈5%) and evaluation (≈95%). We also, augmented the validation by using 5-fold cross validations for the result comparisons. We introduced a new method for inferring the trained network based on a ROM module (memory concept), so, it would be faster than directly inferring the trained Deep Neural Network (DNN). The ROM content is filled after the DNN network is trained by the training set and inferred using the testing set. An accuracy of 97% was achieved in inferring the test datasets using ROM when compared to the classic trained DNN inference process.

How to cite this article:

Mohamed H. AlMeer, Hanadi Hassen and Naveed Nawaz, 2019. ROM-based Inference Method Built on Deep Learning for Sleep Stage Classification. Journal of Engineering and Applied Sciences, 14: 5906-5916.

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