2 research outputs found
A Class of Vector Lyapunov Functions for Stability Analysis of Nonlinear Impulsive Differential Systems
A novel and effective approach to stability of the solutions of nonlinear systems with impulsive effect is considered. The investigations are carried out by means of a class of vector Lyapunov functions and differential inequalities for piecewise continuous functions. Simulation examples are given to illustrate the presented results
The Generalized Dahlquist Constant with Applications in Synchronization Analysis of Typical Neural Networks via General Intermittent Control
A novel and effective approach to synchronization analysis of neural networks is
investigated by using the nonlinear operator named the generalized Dahlquist constant and the general
intermittent control. The proposed approach offers a design procedure for synchronization of a large
class of neural networks. The numerical simulations whose theoretical results are applied to typical neural
networks with and without delayed item demonstrate the effectiveness and feasibility of the proposed
technique