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Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach
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Y. Altun, "Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach," New Trends in Mathematical Science , vol.9, no.2, pp.48-56, 2021

Altun, Y. 2021. Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach. New Trends in Mathematical Science , vol.9, no.2 , 48-56.

Altun, Y., (2021). Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach. New Trends in Mathematical Science , vol.9, no.2, 48-56.

Altun, Yener. "Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach," New Trends in Mathematical Science , vol.9, no.2, 48-56, 2021

Altun, Yener. "Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach." New Trends in Mathematical Science , vol.9, no.2, pp.48-56, 2021

Altun, Y. (2021) . "Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach." New Trends in Mathematical Science , vol.9, no.2, pp.48-56.

@article{article, author={Yener Altun}, title={Delay-independent stability criteria for RiemannLiouville s nonlinear fractional neutral systems: Adescriptor system approach}, journal={New Trends in Mathematical Science}, year=2021, pages={48-56} }