ÖZBAY KARAKUŞ, M. Et Al. 2024. An Innovative Hybrid Deep Learning Approach for Enhanced Electrical Power Prediction Using Meteorological Data: GGWO-IEMD/SCPDAE-LSTM-SDPAM/RS Model. Arabian Journal for Science and Engineering .

ÖZBAY KARAKUŞ, M., ŞAHİN, M. E., & ULUTAŞ, H., (2024). An Innovative Hybrid Deep Learning Approach for Enhanced Electrical Power Prediction Using Meteorological Data: GGWO-IEMD/SCPDAE-LSTM-SDPAM/RS Model. Arabian Journal for Science and Engineering .

ÖZBAY KARAKUŞ, MÜCELLA, MUHAMMET EMİN ŞAHİN, And HASAN ULUTAŞ. "An Innovative Hybrid Deep Learning Approach for Enhanced Electrical Power Prediction Using Meteorological Data: GGWO-IEMD/SCPDAE-LSTM-SDPAM/RS Model," Arabian Journal for Science and Engineering , 2024

ÖZBAY KARAKUŞ, MÜCELLA Ö. Et Al. "An Innovative Hybrid Deep Learning Approach for Enhanced Electrical Power Prediction Using Meteorological Data: GGWO-IEMD/SCPDAE-LSTM-SDPAM/RS Model." Arabian Journal for Science and Engineering , 2024

ÖZBAY KARAKUŞ, M. ŞAHİN, M. E. And ULUTAŞ, H. (2024) . "An Innovative Hybrid Deep Learning Approach for Enhanced Electrical Power Prediction Using Meteorological Data: GGWO-IEMD/SCPDAE-LSTM-SDPAM/RS Model." Arabian Journal for Science and Engineering .

@article{article, author={MÜCELLA ÖZBAY KARAKUŞ Et Al. }, title={An Innovative Hybrid Deep Learning Approach for Enhanced Electrical Power Prediction Using Meteorological Data: GGWO-IEMD/SCPDAE-LSTM-SDPAM/RS Model}, journal={Arabian Journal for Science and Engineering}, year=2024}