Abstract
In Chap. 8, an LMI-based time-triggered zooming algorithm has been proposed via a time-delay approach for NCSs with dynamic quantization and variable communication delays. The scheduling protocols were not taken into account. This observation and the need for the scheduling in wireless NCSs motivate us to develop a time-delay approach to linear NCSs under scheduling protocol and dynamic quantization. In this chapter, we consider the stability analysis of discrete-time NCSs with multiple sensor nodes, where the system involves dynamic quantization, large communication delays, variable sampling intervals and Round-Robin scheduling protocol. The closed-loop quantized system is modeled as a switched system with multiple and ordered time-varying delays and bounded disturbances.
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