Naser, A. And AYDEMİR, Ö. 2024. Enhancing EEG Signal Classification With a Novel Random Subset Channel Selection Approach: Applications in Taste, Odor, and Motor Imagery Analysis. IEEE Access , vol.12 , 145608-145618.

Naser, A., & AYDEMİR, Ö., (2024). Enhancing EEG Signal Classification With a Novel Random Subset Channel Selection Approach: Applications in Taste, Odor, and Motor Imagery Analysis. IEEE Access , vol.12, 145608-145618.

Naser, Amir, And ÖNDER AYDEMİR. "Enhancing EEG Signal Classification With a Novel Random Subset Channel Selection Approach: Applications in Taste, Odor, and Motor Imagery Analysis," IEEE Access , vol.12, 145608-145618, 2024

Naser, Amir And AYDEMİR, ÖNDER. "Enhancing EEG Signal Classification With a Novel Random Subset Channel Selection Approach: Applications in Taste, Odor, and Motor Imagery Analysis." IEEE Access , vol.12, pp.145608-145618, 2024

Naser, A. And AYDEMİR, Ö. (2024) . "Enhancing EEG Signal Classification With a Novel Random Subset Channel Selection Approach: Applications in Taste, Odor, and Motor Imagery Analysis." IEEE Access , vol.12, pp.145608-145618.

@article{article, author={Amir Naser And author={ÖNDER AYDEMİR}, title={Enhancing EEG Signal Classification With a Novel Random Subset Channel Selection Approach: Applications in Taste, Odor, and Motor Imagery Analysis}, journal={IEEE Access}, year=2024, pages={145608-145618} }