Rank methods for the analysis of clustered data in diagnostic trials

Type: Article

Publication Date: 2006-07-19

Citations: 21

DOI: https://doi.org/10.1016/j.csda.2006.05.023

Locations

  • Computational Statistics & Data Analysis - View

Similar Works

Action Title Year Authors
+ Rank tests for clustered survival data. 2003 Sin‐Ho Jung
Jong‐Hyeon Jeong
+ Worst-Rank Score Analysis with Informatively Missing Observations in Clinical Trials 1999 John M. Lachin
+ Rank Tests for Clustered Survival Data and Sample Size Calculation under Cluster Randomization 2024 Sin‐Ho Jung
+ Rank based methods in the factorial designs for longitudinal data with application to liver cancer studies 2004 Yuqing Gao
+ Corrections: A Rank-Based Mixed Model Approach to Multisite Clinical Trials 1994
+ Nonparametric analysis of clustered data in diagnostic trials: Estimation problems in small sample sizes 2008 Frank Konietschke
Edgar Brunner
+ Statistical methods for clinical trials 1994 A.J. Bailey
Angela M. Crook
David Machin
+ Statistical Methods for Clinical Trials 2002 Amelia Dale Horne
+ Statistical approaches for clinical trials 2010
+ Statistical approaches for clinical trials 2010
+ Rank Tests for Random Effects 2007
+ Rank-Minimization with a two-step analysis should replace randomization in clinical trials 2011 Donald R. Taves
+ DIAGNOSTIC TOOLS BASED ON OPTIMAL RANKING IN THE COX MODEL 2016 Luciano Nieddu
Cecilia Vitiello
+ Cluster Analyses For The Evaluation Of Variable Drug Response In Clinical Trial Data 2010 David Miller
Sanjay Sharma
Amanda Emmett
Hao Li
+ Rank estimation of monotone hazard models 2007 Youngki Shin
+ Extension of k-ratio methods to rank-based analyses 1987 George Divine
+ Rank Tests for Clustered Survival Data and Sample Size Calculation under Subunit Randomization 2024 Sin‐Ho Jung
+ A unified approach to rank tests for mixed models 1997 Michael G. Akritas
Edgar Brunner
+ The analysis of clinical trials with clustering effects due to treatment 2005 Caroline Roberts
Roberts Steve.
+ Rank-Based Methods for Survival Data With Multiple Outcomes 2015 Ritesh Ramchandani