Andere Kunden interessierten sich auch für
![Stochastic Calculus for Financial Modeling with Stochastic Volatility]( "Stochastic Calculus for Financial Modeling with Stochastic Volatility")
Stochastic Calculus for Financial Modeling with Stochastic Volatility36,99 €![Introduction to Probability Simulation and Gibbs Sampling with R]( "Introduction to Probability Simulation and Gibbs Sampling with R")
Introduction to Probability Simulation and Gibbs Sampling with R63,99 €![BAYESIAN MODELING FOR PERISHABLE LIFE TIME VS. VIBRATION]( "BAYESIAN MODELING FOR PERISHABLE LIFE TIME VS. VIBRATION")
BAYESIAN MODELING FOR PERISHABLE LIFE TIME VS. VIBRATION39,99 €![Preliminary Test Estimators In Double Sampling]( "Preliminary Test Estimators In Double Sampling")
Preliminary Test Estimators In Double Sampling45,99 €![Statistical analysis of outliers and leverage points in CD4 Counts]( "Statistical analysis of outliers and leverage points in CD4 Counts")
Statistical analysis of outliers and leverage points in CD4 Counts33,99 €![Wavelet-based Resampling Techniques]( "Wavelet-based Resampling Techniques")
Wavelet-based Resampling Techniques58,99 €![The Regression Model of Machine Translation]( "The Regression Model of Machine Translation")
The Regression Model of Machine Translation45,99 €
The aim of this study is to apply lifetime models on the failure time of automatic teller machines (ATM) in Sudan and to estimate the reliability of machines, in order to compare between machines and methods of estimation, through use the failure models and the suitable statistical methods for failure data analysis. The comparison between methods of estimation has executed through mean square error values (MSE).And the most important results found out by researcher are: The mean square error values (MSE) of exponential parameter which is estimated by Maximum likelihood method is less than MSE of Bayes' estimator or the Maximum likelihood method is better than Bayes method in estimate the parameter and the reliability function for exponential distribution of automatic teller machines (ATM) in Sudan, The machines with high reliability have a low faults probability and hazard rate, while the machines with low reliability have a high fault probability and hazard rate, Whenever the mean time to failure for machine increases it indicates that the machine has high reliability and the reliability of the machines decreases when the working time of machines increases.