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The exponential synchronization for a class of discrete-time uncertaincomplex networks with stochastic effects and time delay is investigated by using the Lyapunovstability theory and discrete Halanay inequality. The uncertainty arises from the difference of thenodes’ reliability in the complex network. Through constructing an appropriate Lyapunovfunction and applying inequality technique, some synchronization criteria and two controlmethods are obtained to ensure the considered complex network being exponentialsynchronization. Finally, a numerical example is provided to show the effectiveness of ourproposed methods

Exponential Synchronization Analysis and Control for Discrete-Time Uncertain Delay Complex Networks with Stochastic Effects