INTRODUCTION TO SOME CONTRIBUTION OF PARAMETER ESTIMATION, RELIABILITY AND QUALITY CONTROL IN STATISTICS

Abstract

While hardware, software, and procedures are all considered when discussing a device's reliability, software program reliability is a crucial consideration because we're always on the lookout for high-quality and efficient software. A key component of software is dependability, which is useful for forecasting the exact software's level of creditability for the given period of time and under specific conditions. The reliability models can be divided into two types: dynamic models that track the fleeting behavior of debugging techniques during the checking out section, and static models that perform software logic modeling and evaluation at the same code. However, the nonlinear relationships between the model's parameters make it difficult to find the optimal parameters using conventional methods like maximum likelihood and least rectangular estimation and also the quality control. Numerous algorithms have been developed, which simplifies the process of estimating parameters. Numerous algorithms have been developed, which simplifies the process of estimating parameters

Keywords: Estimation of parameters, Reliability, Quality Control.