EEG BASED COGNITIVE WORKLOAD CLASSIFICATION DURING NASA MATB-II MULTITASKING

Sushil Chandra, Kundan Lal Verma, Greeshma Sharma, Alok Mittal, Devendra Jha

Abstract


The objective of this experiment was to determine the best possible input EEG feature for classification of the workload while designing load balancing logic for an automated operator. The input features compared in this study consisted of spectral features of Electroencephalography, objective scoring and subjective scoring. Method utilizes to identify best EEG feature as an input in Neural Network Classifiers for workload classification, to identify channels which could provide classification with the highest accuracy and for identification of EEG feature which could give discrimination among workload level without adding any classifiers. The result had shown Engagement Index is the best feature for neural network classification.


Keywords


Cognitive Workload, Discrete wavelet transform, EEG spectral feature, Neural Network

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References


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Copyright (c) 2016 Sushil Chandra, Kundan Lal Verma, Greeshma Sharma, Alok Mittal, Devendra Jha

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