In this paper, the design constant is determined based on a criterion of probability of correct detection for a given deviation of k location parameters from the average being at least γ for the two-stage multiple comparisons for location parameters of exponential distributions when scale parameters are unequal. All required values for determining the design constant and then the total sample size for a two-stage procedure are listed in tables for practical use. For illustrative purposes, two examples are given to demonstrate the sample size determination for this two-stage procedure
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
[[abstract]]In this article, two-stage procedures for multiple comparisons with the average for loca...
[[abstract]]Two-stage multiple comparisons with the control for location parameters of two-parameter...
[[abstract]]In this paper, a one-stage multiple comparison procedures with the average for exponenti...
[[abstract]]In this article, a one-sample procedure for multiple comparisons of exponential location...
[[abstract]]Two-stage multiple comparisons with the average for location parameters of two-parameter...
The failure time distribution for various items often follows a shifted (two-parameter) expo- nentia...
The failure time distribution for various items often follows a shifted (two-parameter) expo- nentia...
The failure time distribution for various items often follows a shifted (two-parameter) expo- nentia...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
[[abstract]]In this article, multiple comparison procedures with the average of exponential location...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
[[abstract]]In this article, two-stage procedures for multiple comparisons with the average for loca...
[[abstract]]Two-stage multiple comparisons with the control for location parameters of two-parameter...
[[abstract]]In this paper, a one-stage multiple comparison procedures with the average for exponenti...
[[abstract]]In this article, a one-sample procedure for multiple comparisons of exponential location...
[[abstract]]Two-stage multiple comparisons with the average for location parameters of two-parameter...
The failure time distribution for various items often follows a shifted (two-parameter) expo- nentia...
The failure time distribution for various items often follows a shifted (two-parameter) expo- nentia...
The failure time distribution for various items often follows a shifted (two-parameter) expo- nentia...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
[[abstract]]In this article, multiple comparison procedures with the average of exponential location...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...
Sample size determination methods are considered for hypothesis testing about location parameters of...