ArticleESTIMATION FOR THE WEIBULL-GEOMETRIC DISTRIBUTION BASED ON CONSTANT PARTIALLY ACCELERATED LIFE TESTS VIA MCMC TECHNIQUE
ArticleESTIMATION FOR THE WEIBULL-GEOMETRIC DISTRIBUTION BASED ON CONSTANT PARTIALLY ACCELERATED LIFE TESTS VIA MCMC TECHNIQUE
ArticleE-Bayesian Estimation for The Parameter of Inverse Weibull Distribution Based on Lower Records
ArticleE-Bayesian Estimation for The Parameter of Inverse Weibull Distribution Based on Lower Records
ArticleStatistical Analysis of Inverse Weibull based on Step-Stress Partially Accelerated Life Tests with Unified Hybrid Censoring Data
ArticleStatistical Analysis of Inverse Weibull based on Step-Stress Partially Accelerated Life Tests with Unified Hybrid Censoring Data
ArticleInference of Inverted Exponentiated Lomax Distribution based on Step-Stress Partially Accelerated Life Test under Progressive Type II Censoring
ArticleInference of Inverted Exponentiated Lomax Distribution based on Step-Stress Partially Accelerated Life Test under Progressive Type II Censoring
ArticleEstimation of Reliability in Multi-Component Stress-Strength Model Following Exponentiated Pareto Distribution
ArticleEstimation of Reliability in Multi-Component Stress-Strength Model Following Exponentiated Pareto Distribution
ArticleBayesian and Non- Bayesian Estimation for Parameters of Gompertz Distribution under Progressive Type-I Censoring Scheme
ArticleBayesian and Non- Bayesian Estimation for Parameters of Gompertz Distribution under Progressive Type-I Censoring Scheme
ArticleESTIMATION IN CONSTANT-STRESS PARTIALLY ACCELERATED LIFE TESTS FOR BURR TYPE XII USING TAMPERED RANDOM VARIABLE MODEL UNDER UNIFIED HYBRID CENSORING DATA
ArticleESTIMATION IN CONSTANT-STRESS PARTIALLY ACCELERATED LIFE TESTS FOR BURR TYPE XII USING TAMPERED RANDOM VARIABLE MODEL UNDER UNIFIED HYBRID CENSORING DATA
ArticleBayesian and Non-Bayesian Estimation for the Shape Parameters of New Versions of Bivariate Inverse Weibull Distribution based on Progressive Type II Censoring
ArticleBayesian and Non-Bayesian Estimation for the Shape Parameters of New Versions of Bivariate Inverse Weibull Distribution based on Progressive Type II Censoring