This paper examines the estimation comparison of two methods for Weibull parameters, one is the maximum likelihood method and the other is the least squares method. A numerical simulation study is carried out to understand performance of the two methods. Based on sample root mean square errors, we make a comparison between the two computation approaches. We find that the least squares method significantly outperforms the maximum likelihood when the sample size is small
10.1016/j.ress.2006.04.008Reliability Engineering and System Safety923360-368RESS
In this paper, we use the setup proposed by Balakrishnan and Ag-garwala (2000) to compute approximat...
The goal of the statistical survey is to study a procedure for the calculation of the two parameters...
Felix Noyanim Nwobi and Chukwudi Anderson Ugomma published an article in 2014 titled "A Comparison o...
This work involves the comparisons of various estimates of the parameters of the Weibull distributio...
The present paper applies a least square method to estimate parameters of a Weibull distribution, wi...
The objective of this study is to introduce estimators to the parameters and survival function for W...
Weibull distribution plays an important role in failure distribution modeling in reliability studies...
In this paper, two estimation methods(least square estimation and maximum likelihood estimation) wer...
Usually, the parameters of a Weibull distribution are estimated by maximum likelihood estimation. To...
The three-parameter Weibull distribution is a commonly-used distribution for the study of reliabilit...
This Research Tries To Investigate The Problem Of Estimating The Reliability Of Two Parameter Weibul...
Estimation of Weibull distribution shape and scale parameters is accomplished through use of symmetr...
This study is concerned with the two-parameter Weibull distribution which has and is still being use...
In this paper, unbiasing procedures for the maximum likelihood method applied to the two-parameter W...
10.1016/j.ress.2006.04.008Reliability Engineering and System Safety923360-368RESS
In this paper, we use the setup proposed by Balakrishnan and Ag-garwala (2000) to compute approximat...
The goal of the statistical survey is to study a procedure for the calculation of the two parameters...
Felix Noyanim Nwobi and Chukwudi Anderson Ugomma published an article in 2014 titled "A Comparison o...
This work involves the comparisons of various estimates of the parameters of the Weibull distributio...
The present paper applies a least square method to estimate parameters of a Weibull distribution, wi...
The objective of this study is to introduce estimators to the parameters and survival function for W...
Weibull distribution plays an important role in failure distribution modeling in reliability studies...
In this paper, two estimation methods(least square estimation and maximum likelihood estimation) wer...
Usually, the parameters of a Weibull distribution are estimated by maximum likelihood estimation. To...
The three-parameter Weibull distribution is a commonly-used distribution for the study of reliabilit...
This Research Tries To Investigate The Problem Of Estimating The Reliability Of Two Parameter Weibul...
Estimation of Weibull distribution shape and scale parameters is accomplished through use of symmetr...
This study is concerned with the two-parameter Weibull distribution which has and is still being use...
In this paper, unbiasing procedures for the maximum likelihood method applied to the two-parameter W...
10.1016/j.ress.2006.04.008Reliability Engineering and System Safety923360-368RESS
In this paper, we use the setup proposed by Balakrishnan and Ag-garwala (2000) to compute approximat...
The goal of the statistical survey is to study a procedure for the calculation of the two parameters...