Reliability Analysis for a Divisional Seru Production System with Stochastic Capacity

Abstract

The system reliability plays an important role for evaluating the stability of a production system. Seru production system has been proven to be more flexible, efficient, and responsive than traditional assembly lines. This paper measures the system reliability of a seru production system, in which the capacity of each worker is not certain but stochastic by reason of the possibilities such as worker absences, contingent physical and/or emotional influences. In today’s fast-paced society, time has naturally become an important factor in business competition. In this paper, the reliability is defined as the probability that a seru production system with stochastic capacity can satisfy the makespan for the demand within the due date. An efficient solution method is designed to acquire the system reliability for seru production systems. A numerical example with three cases (i.e. three different seru construction) is presented. The relevant higher reliability will be found by comparing the results under different seru constructions and different order allocations in case one.