Robust Synchronization of Delayed Cellular Neural Networks with Parameters Uncertainties and Input Nonlinearity
Chao-Jung Cheng · 2007
This paper investigates the robust synchronization problem for delayed cellular neural networks subject to parameter uncertainties and input nonlinearity. Using the drive-response concept, a memoryless decentralized variable structure control law for guaranteeing exponential synchronization of the system is derived even if parameter uncertainties and input nonlinearity are present. An example is given to demonstrate the effectiveness of the presented synchronization scheme.