R. TEKİN And M. E. TAĞLUK, "Effects of Small-World Rewiring Probability and Noisy Synaptic Conductivity on Slow Waves: Cortical Network," NEURAL COMPUTATION , vol.29, no.3, pp.679-715, 2017
TEKİN, R. And TAĞLUK, M. E. 2017. Effects of Small-World Rewiring Probability and Noisy Synaptic Conductivity on Slow Waves: Cortical Network. NEURAL COMPUTATION , vol.29, no.3 , 679-715.
TEKİN, R., & TAĞLUK, M. E., (2017). Effects of Small-World Rewiring Probability and Noisy Synaptic Conductivity on Slow Waves: Cortical Network. NEURAL COMPUTATION , vol.29, no.3, 679-715.
TEKİN, RAMAZAN, And MEHMET EMİN TAĞLUK. "Effects of Small-World Rewiring Probability and Noisy Synaptic Conductivity on Slow Waves: Cortical Network," NEURAL COMPUTATION , vol.29, no.3, 679-715, 2017
TEKİN, RAMAZAN And TAĞLUK, MEHMET E. . "Effects of Small-World Rewiring Probability and Noisy Synaptic Conductivity on Slow Waves: Cortical Network." NEURAL COMPUTATION , vol.29, no.3, pp.679-715, 2017
TEKİN, R. And TAĞLUK, M. E. (2017) . "Effects of Small-World Rewiring Probability and Noisy Synaptic Conductivity on Slow Waves: Cortical Network." NEURAL COMPUTATION , vol.29, no.3, pp.679-715.
@article{article, author={RAMAZAN TEKİN And author={MEHMET EMİN TAĞLUK}, title={Effects of Small-World Rewiring Probability and Noisy Synaptic Conductivity on Slow Waves: Cortical Network}, journal={NEURAL COMPUTATION}, year=2017, pages={679-715} }