C. Ozen And A. Deniz, "Short-term wind speed forecast for Urla wind power plant: A hybrid approach that couples weather research and forecasting model, weather patterns and SCADA data with comprehensive data preprocessing," WIND ENGINEERING , vol.46, no.5, pp.1526-1549, 2022
Ozen, C. And Deniz, A. 2022. Short-term wind speed forecast for Urla wind power plant: A hybrid approach that couples weather research and forecasting model, weather patterns and SCADA data with comprehensive data preprocessing. WIND ENGINEERING , vol.46, no.5 , 1526-1549.
Ozen, C., & Deniz, A., (2022). Short-term wind speed forecast for Urla wind power plant: A hybrid approach that couples weather research and forecasting model, weather patterns and SCADA data with comprehensive data preprocessing. WIND ENGINEERING , vol.46, no.5, 1526-1549.
Ozen, Cem, And Ali Deniz. "Short-term wind speed forecast for Urla wind power plant: A hybrid approach that couples weather research and forecasting model, weather patterns and SCADA data with comprehensive data preprocessing," WIND ENGINEERING , vol.46, no.5, 1526-1549, 2022
Ozen, Cem And Deniz, Ali. "Short-term wind speed forecast for Urla wind power plant: A hybrid approach that couples weather research and forecasting model, weather patterns and SCADA data with comprehensive data preprocessing." WIND ENGINEERING , vol.46, no.5, pp.1526-1549, 2022
Ozen, C. And Deniz, A. (2022) . "Short-term wind speed forecast for Urla wind power plant: A hybrid approach that couples weather research and forecasting model, weather patterns and SCADA data with comprehensive data preprocessing." WIND ENGINEERING , vol.46, no.5, pp.1526-1549.
@article{article, author={Cem Ozen And author={Ali Deniz}, title={Short-term wind speed forecast for Urla wind power plant: A hybrid approach that couples weather research and forecasting model, weather patterns and SCADA data with comprehensive data preprocessing}, journal={WIND ENGINEERING}, year=2022, pages={1526-1549} }