Working Vacation Policy for Load Sharing K-out-of-N: G System

In industrial systems, the K-out-of-N: G system is a prominent type of redundancy. The load sharing protects such from malfunctioning/destroying and avoids overload problem that affects reliability in significant manner. this paper we develop Markovian model load-sharing having non-identical repairable components wherein server may on working vacation. During his vacation period, repairs failed with different service rates rather than completely terminating rate. component gets immediately repaired by if not vacation, unequal distributed among remaining surviving components. lifetime each dependent followed exponential distribution failure rates. down due to common cause density which also exponentially distributed. We suggest closed structure analytic expressions for reliability, cost estimation other performance measures incorporating concept For solution aspiration, Runge-Kutta method utilized solve differential equations. Furthermore, perform numerical analysis two illustrations 1-out-of-3: 3-out-of-4: system. simulation carried out validation analytical results are exhibited compared giving outcomes neuro-fuzzy based fuzzy interference help MATLAB.