River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach

O. Baydaroglu *Et Al.* , "River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach," *METEOROLOGY AND ATMOSPHERIC PHYSICS* , vol.130, pp.349-359, 2018

Baydaroglu, O. *Et Al.* 2018. River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach. *METEOROLOGY AND ATMOSPHERIC PHYSICS* , *vol.130* , 349-359.

Baydaroglu, O., Koçak, K., & Duran, K., (2018). River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach. *METEOROLOGY AND ATMOSPHERIC PHYSICS* , vol.130, 349-359.

Baydaroglu, Ozlem, Kasım Koçak, And Kemal Duran. "River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach," *METEOROLOGY AND ATMOSPHERIC PHYSICS* , vol.130, 349-359, 2018

Baydaroglu, Ozlem *Et Al.* "River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach." *METEOROLOGY AND ATMOSPHERIC PHYSICS* , vol.130, pp.349-359, 2018

Baydaroglu, O. Koçak, K. And Duran, K. (2018) . "River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach." *METEOROLOGY AND ATMOSPHERIC PHYSICS* , vol.130, pp.349-359.

@article{article, author={Ozlem Baydaroglu *Et Al.* }, title={River flow prediction using hybrid models of support vector regression with the wavelet transform, singular spectrum analysis and chaotic approach}, journal={METEOROLOGY AND ATMOSPHERIC PHYSICS}, year=2018, pages={349-359} }