This work designs an adversarial Bayesian deep network to solve the cognitive detection of pilot fatigue. Batch normalization and data enhancement are adopted in the posterior inference of the proposed model parameters to effectively improve the generalization of neural networks. The generator is used to enhance the brain power map generated from three cognitive indicators and improve the accuracy of fatigue state recognition. This work also adds adversarial noise in the vicinity of each brain electrode to form an adversarial image, which further reveals the correlation between the cognitive state of brain and the location of brain regions. Compared with other deep models and parameter optimization methods, our model achieves better detection accuracy.
Inferring Cognitive State of Pilot’s Brain Under Different Maneuvers During Flight
IEEE Transactions on Intelligent Transportation Systems ; 23 , 11 ; 21729-21739
2022-11-01
2564829 byte
Article (Journal)
Electronic Resource
English
NTRS | 1984
|Free Flight - A pilot's viewpoint
Online Contents | 1998
Engineering Index Backfile | 1959
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