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This article investigates a mobile control problem for a class of stochastic distributed parameter systems with moving boundaries by using mobile sensor-actuator networks(MSANs). The network induced randomly missing measurements among the sensors are introduced for their universal existence in sensor networks. The collocated sensor-actuator networks which can travel throughout the spatial domain are...
In this article, a mobile control scheme is proposed for a class of stochastic distributed parameter systems with time-dependent spatial domains with the aid of a mobile actuating device equipped with a simple output feedback controller. The almost locally distributed state information is assumed to be provided by sensors dotted about the spatial domain where the moving actuating device is able to...
The paper is concerned with stabilization of stochastic Hopfield neural networks (SHNNs) with time delay. First, we discuss the stabilization of SHNNs without delay in stochastic perturbation and design a stabilization controller. Then, we extend the theory to cope with the stabilization of SHNNs with delay in stochastic perturbation and two stabilization conditions are exploited.
Based on the linear matrix inequality (LMI) method, this paper is concerned with the robust asymptotic stability of neutral stochastic neural networks with delay. First, we discuss the asymptotic stability in mean square of neutral stochastic neural networks without delay in stochastic perturbation and obtain a sufficient condition. This condition is dependent on the size of the time delay, which...
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