H. S. NOĞAY, "Forecasting of voltage disturbances at the beginning of ferroresonance phenomena in power systems using by a new approach of long-short term memory (LSTM): LSTM for Ferroresonance in power systems," JOURNAL OF ENGINEERING RESEARCH , vol.11, pp.297-306, 2023
NOĞAY, H. S. 2023. Forecasting of voltage disturbances at the beginning of ferroresonance phenomena in power systems using by a new approach of long-short term memory (LSTM): LSTM for Ferroresonance in power systems. JOURNAL OF ENGINEERING RESEARCH , vol.11 , 297-306.
NOĞAY, H. S., (2023). Forecasting of voltage disturbances at the beginning of ferroresonance phenomena in power systems using by a new approach of long-short term memory (LSTM): LSTM for Ferroresonance in power systems. JOURNAL OF ENGINEERING RESEARCH , vol.11, 297-306.
NOĞAY, HIDIR. "Forecasting of voltage disturbances at the beginning of ferroresonance phenomena in power systems using by a new approach of long-short term memory (LSTM): LSTM for Ferroresonance in power systems," JOURNAL OF ENGINEERING RESEARCH , vol.11, 297-306, 2023
NOĞAY, HIDIR S. . "Forecasting of voltage disturbances at the beginning of ferroresonance phenomena in power systems using by a new approach of long-short term memory (LSTM): LSTM for Ferroresonance in power systems." JOURNAL OF ENGINEERING RESEARCH , vol.11, pp.297-306, 2023
NOĞAY, H. S. (2023) . "Forecasting of voltage disturbances at the beginning of ferroresonance phenomena in power systems using by a new approach of long-short term memory (LSTM): LSTM for Ferroresonance in power systems." JOURNAL OF ENGINEERING RESEARCH , vol.11, pp.297-306.
@article{article, author={HIDIR SELÇUK NOĞAY}, title={Forecasting of voltage disturbances at the beginning of ferroresonance phenomena in power systems using by a new approach of long-short term memory (LSTM): LSTM for Ferroresonance in power systems}, journal={JOURNAL OF ENGINEERING RESEARCH}, year=2023, pages={297-306} }