Kernel Density Estimation Based on Progressive Type-II Censoring
Hani M. Samawi
Part of the Physical Sciences and Mathematics Commons
Works by Amal Helu in Physical Sciences and Mathematics
2023
2022
Statistical Analysis Based on Adaptive Progressive Hybrid Censored Data From Lomax Distribution
Hani M. Samawi
2021
Kernel-based estimation of P(X < Y) when X and Y are dependent random variables based on progressive type II censoring
Hani M. Samawi
Reducing Sample Size Needed for Accelerated Failure Time Model Using More Efficient Sampling Methods
Haresh Rochani
2020
Reducing Sample Size Needed for Accelerated Failure Time Model Using More Efficient Sampling Methods
Lili Yu
2019
Further Increasing Fisher's Information for Parameters of Association in Accelerated Failure Time Models via Double Extreme Ranks
Haresh Rochani
2018
Reducing Sample Size Needed for Accelerated Failure Time Model Using More Efficient Sampling Methods
Robert L. Vogel
On Estimation of Overlapping Measures for Exponential Populations Under Progressive First Failure Censoring
Hani M. Samawi
On Marginal Distributions Under Progressive Type II Censoring: Similarity/Dissimilarity Properties
Hani M. Samawi
Reducing Sample Size Needed for Accelerated Failure Time Model Using More Efficient Sampling Methods
Hani M. Samawi
Reducing Sample Size Needed for Accelerated Failure Time Model Using More Efficient Sampling Methods
Jingjing Yin
Reducing Sample Size Needed for Accelerated Failure Time Model Using More Efficient Sampling Methods
Haresh Rochani
2017
Estimation of P(X > Y) When X and Y Are Dependent Random Variables Using Different Bivariate Sampling Schemes
Jingjing Yin
Estimation of P(X > Y) When X and Y Are Dependent Random Variables Using Different Bivariate Sampling Schemes
Hani M. Samawi
On Inference of Overlapping Coefficients in Two Lomax Populations Using Different Sampling Methods
Hani M. Samawi
Estimation of P(X > Y) When X and Y Are Dependent Random Variables Using Different Bivariate Sampling Schemes
Haresh Rochani
2016
(x) Estimation of P(X > Y) when X and Y are dependent random variables using different bivariate sampling schemes
Haresh Rochani
The Inverse Weibull Distribution as a Failure Model Under Various Loss Functions and Based on Progressive First-Failure Censored Data
Hani M. Samawi
