Percentiles Assorted Random Order Method Of Reliability Integration Evaluation For A Class Of System

System reliability integration evaluations for a class of system are given by using percentiles assorted random order method based on equipment reliability confidence distribution to overcome the often difficult of controlling errors and the validity is verified.Reliability confidence distributions for the binomial and exponential type equipment are discussed by sample space ordering method based on equipment test data and then reliability confidence limit for the binomial system,exponential system and mixed system of them are simulated by the method of this thesis and Monte Carlo method.Simulation results show that:The two distribution curves based on the percentiles assorted random order method with the repeated number of 1000 and Monte Carlo method with the repeated number of 5000 are coincidental and have tiny difference on the tail and almost coincidental one the central when repeated number are 500,600,700,800,900 based on the method of this thesis.The method greatly reduce the number of repeat time and get the desired accuracy.It means that the method is efficient and feasible.