This paper deals with the stability analysis and fuzzy stabilizing controller design for\na class of Takagiââ?¬â??Sugeno fuzzy singular systems with interval time-varying delay and\nlinear fractional uncertainties. By decomposing the delay interval into two unequal\nsubintervals and seeking a appropriate ÃÂ, a new Lyapunovââ?¬â??Krasovskii functional is\nconstructed to develop the improved delay-dependent stability criteria, which ensures\nthe considered system to be regular, impulse-free and stable. Furthermore, the desired\nfuzzy controller gains are also presented by solving a set of strict linear matrix inequalities.\nCompared with some existing results, the obtained ones give the result with less\nconservatism. Finally, some examples are given to show the improvement and the\neffectiveness of the proposed method.
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