KILIÇ, F. 2022. Forecasting the Electricity Capacity and Electricity Generation Values of Wind &Solar Energy with Artificial Neural Networks Approach: The Case of Germany. APPLIED ARTIFICIAL INTELLIGENCE , vol.36 .

KILIÇ, F., (2022). Forecasting the Electricity Capacity and Electricity Generation Values of Wind &Solar Energy with Artificial Neural Networks Approach: The Case of Germany. APPLIED ARTIFICIAL INTELLIGENCE , vol.36.

KILIÇ, FARUK. "Forecasting the Electricity Capacity and Electricity Generation Values of Wind &Solar Energy with Artificial Neural Networks Approach: The Case of Germany," APPLIED ARTIFICIAL INTELLIGENCE , vol.36, 2022

KILIÇ, FARUK. "Forecasting the Electricity Capacity and Electricity Generation Values of Wind &Solar Energy with Artificial Neural Networks Approach: The Case of Germany." APPLIED ARTIFICIAL INTELLIGENCE , vol.36, 2022

KILIÇ, F. (2022) . "Forecasting the Electricity Capacity and Electricity Generation Values of Wind &Solar Energy with Artificial Neural Networks Approach: The Case of Germany." APPLIED ARTIFICIAL INTELLIGENCE , vol.36.

@article{article, author={FARUK KILIÇ}, title={Forecasting the Electricity Capacity and Electricity Generation Values of Wind &Solar Energy with Artificial Neural Networks Approach: The Case of Germany}, journal={APPLIED ARTIFICIAL INTELLIGENCE}, year=2022}