Methods Improving Estimate of Diagnostic Odds Ratio
Hani M. Samawi
Part of the Physical Sciences and Mathematics Commons
Works by Yisong Huang in Physical Sciences and Mathematics
2023
2020
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naïve and Ratio Estimators
Lili Yu
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naive and Ratio Estimators
Lili Yu
2018
Evaluating the Efficiency of Treatment Comparison in Crossover Design by Allocating Subjects Based on Ranked Auxiliary Variable
Worlanyo E. Gato
2017
More Efficient Treatment Comparison in Cross-Over Design by Allocating Subject Based on Ranked Auxiliary Variables
Hani M. Samawi
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naive and Ratio Estimators
Hani M. Samawi
Evaluating the Efficiency of Treatment Comparison in Crossover Design by Allocating Subjects Based On Ranked Auxiliary Variable
Robert L. Vogel
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naive and Ratio Estimators
Robert L. Vogel
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naïve and Ratio Estimators
Robert L. Vogel
Evaluating the Efficiency of Treatment Comparison in Crossover Design by Allocating Subjects Based On Ranked Auxiliary Variable
Jingjing Yin
Evaluating the Efficiency of Treatment Comparison in Crossover Design by Allocating Subjects Based On Ranked Auxiliary Variable
Hani M. Samawi
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naïve and Ratio Estimators
Hani M. Samawi
2016
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naïve and Ratio Estimators
Hani M. Samawi
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naïve and Ratio Estimators
Arpita Chatterjee
On Stratified Bivariate Ranked Set Sampling with Optimal Allocation for Naïve and Ratio Estimators
Robert L. Vogel
(x) More Efficient Treatment Comparison in Cross-Over Design by Allocating Subject Based on Ranked Auxiliary Variables
Hani M. Samawi