A. Kerem And A. SAYGIN, "Scenario-based wind speed estimation using a new hybrid metaheuristic model: Particle swarm optimization and radial movement optimization," MEASUREMENT & CONTROL , vol.52, pp.493-508, 2019
Kerem, A. And SAYGIN, A. 2019. Scenario-based wind speed estimation using a new hybrid metaheuristic model: Particle swarm optimization and radial movement optimization. MEASUREMENT & CONTROL , vol.52 , 493-508.
Kerem, A., & SAYGIN, A., (2019). Scenario-based wind speed estimation using a new hybrid metaheuristic model: Particle swarm optimization and radial movement optimization. MEASUREMENT & CONTROL , vol.52, 493-508.
Kerem, Alper, And ALİ SAYGIN. "Scenario-based wind speed estimation using a new hybrid metaheuristic model: Particle swarm optimization and radial movement optimization," MEASUREMENT & CONTROL , vol.52, 493-508, 2019
Kerem, Alper And SAYGIN, ALİ. "Scenario-based wind speed estimation using a new hybrid metaheuristic model: Particle swarm optimization and radial movement optimization." MEASUREMENT & CONTROL , vol.52, pp.493-508, 2019
Kerem, A. And SAYGIN, A. (2019) . "Scenario-based wind speed estimation using a new hybrid metaheuristic model: Particle swarm optimization and radial movement optimization." MEASUREMENT & CONTROL , vol.52, pp.493-508.
@article{article, author={Alper Kerem And author={ALİ SAYGIN}, title={Scenario-based wind speed estimation using a new hybrid metaheuristic model: Particle swarm optimization and radial movement optimization}, journal={MEASUREMENT & CONTROL}, year=2019, pages={493-508} }