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John Kwadey Okutu
The researcher has made significant contributions to the field of statistical distribution estimation and applications, particularly in physical sciences. Their work encompasses the development of flexible extensions for distributions such as the unit upper truncated Weibull distribution, inverse unit exponential probability distribution, Ramos-Louzada-generated families, and odd Ramos-Louzada distributions. These advancements have been applied to geology, engineering, radiation data, failure analysis, waiting times, diabetes survival, and cancer studies, demonstrating a broad impact across various scientific domains.
Statistical Distribution Estimation and Applications
Statistical inference with modeling radiation data for a new extension of inverse unit exponential probability distribution
Open AccessA flexible extension of the unit upper truncated Weibull distribution: Statistical analysis with applications on geology, engineering, and radiation Data
Open AccessModified Ramos-Louzada-G family with baseline Weibull distribution: Properties, characterizations, regression, and applications
Open AccessGeneralization of Odd Ramos-Louzada generated family of distributions: Properties, characterizations, and applications to diabetes and cancer survival datasets
Open AccessThe Odd Ramos-Louzada Generator of distributions with applications to failure and waiting times
Open AccessA New Generated Family of Distributions: Statistical Properties and Applications with Real-Life Data
Open AccessDepartment of Statistics and Actuarial Science
Kwame Nkrumah University of Science and Technology