Multi-instant fuzzy control design of nonlinear networked systems with data packet dropouts

In this study, the so-called multi-instant fuzzy control design is discussed for a class of nonlinear networked systems with unreliable communication channels. Different from most existing results in the references, we aim to design a new multi-instant fuzzy controller such that the variation information between two fore-and-aft normalized fuzzy weighting functions is considered in the process of control design. Based on the above effort, a class of slack variable technique that is fit for the multi-instant case with higher efficiency as well is applied by extending some key matrix transform results. Finally, some simulation results are employed to illustrate the superiority of the proposed approach.