Roughness of the Controllability for Time Varying Systems Under the Influence of Impulses, Delay, and Nonlocal Conditions

Articles in the same Issue

1. Exponential behavior of neutral impulsive stochastic integro-differential equations driven by Poisson jumps and Rosenblatt process
2. Weak homoclinic solutions of anisotropic discrete nonlinear system with variable exponent
3. Convolutions in µ-pseudo almost periodic and µ-pseudo almost automorphic function spaces and applications to solve Integral equations
4. Existence of almost periodic solutions to some nonautonomous higher-order stochastic difference equations
5. Local attractivity for integro-differential equations with noncompact semigroups
6. Almost periodic stochastic Beverton-Holt difference equation with higher delays and with competition between overlapping generations
7. On some kinds of dense orbits in general nonautonomous dynamical systems
8. On the stability of a laminated Timoshenko problem with interfacial slip in the whole space under frictional dampings or infinite memories
9. Reconstructing The Moore-Gibson-Thompson Equation
10. Three weak solutions for a Neumann elliptic equations involving the p→(x) -Laplacian operator
11. (µ, η)-pseudo almost automorphic solutions of a new class of competitive Lotka-Volterra model with mixed delays
12. Existence results for some integro-differential equations with state-dependent nonlocal conditions in Fréchet Spaces
13. Special Issue: Differential and Difference Equations and Their Aplications
14. Existence and Multiplicity of Weak Solutions for a Neumann Elliptic Problem with -Laplacian
15. Global existence of solutions to some semilinear integro-differential evolution equations with sign-varying kernels
16. Pseudo almost automorphic solutions of class r in α-norm under the light of measure theory
17. Roughness of the Controllability for Time Varying Systems Under the Influence of Impulses, Delay, and Nonlocal Conditions
18. A Memorial Tribute to Professor Constantin Corduneanu, The Outstanding Mathematician
19. Dynamic equation on time scale with almost periodic coefficients
20. c-Almost periodic type functions and applications
21. (ω, c)- Pseudo almost periodic distributions