Exact properties of Efron's biased coin randomization procedure
From MaRDI portal
Publication:973877
DOI10.1214/09-AOS758zbMath1189.62130arXiv1010.0483OpenAlexW2067581059MaRDI QIDQ973877
Tigran Markaryan, William F. Rosenberger
Publication date: 26 May 2010
Published in: The Annals of Statistics (Search for Journal in Brave)
Full work available at URL: https://arxiv.org/abs/1010.0483
Applications of statistics to biology and medical sciences; meta analysis (62P10) Design of statistical experiments (62K99) Exact distribution theory in statistics (62E15) Sequential statistical design (62L05)
Related Items (10)
Covariate‐adjusted response adaptive designs incorporating covariates with and without treatment interactions ⋮ Generalized Efron's biased coin design and its theoretical properties ⋮ Multi-arm covariate-adaptive randomization ⋮ Sequential monitoring with conditional randomization tests ⋮ A response-driven adaptive design based on the Klein urn ⋮ Conditioning Efron's biased coin design to ensure final balance ⋮ Asymptotic properties of covariate-adaptive randomization ⋮ Adaptive clinical trial designs to detect interaction between treatment and a dichotomous biomarker ⋮ Power efficiency of Efron's biased coin design ⋮ Selecting a biased-coin design
Cites Work
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- The adaptive biased coin design for sequential experiments
- The doubly adaptive biased coin design for sequential clinical trials
- Asymptotic properties of doubly adaptive biased coin designs for multitreatment clinical trials.
- A theoretical analysis of the power of biased coin designs
- Nonparametric Tests Under Restricted Treatment-Assignment Rules
- Some Restricted randomization rules in sequential designs
- Design for the Control of Selection Bias
- Significance tests with restricted randomization design
- A New ‘Biased Coin Design’ for the Sequential Allocation of Two Treatments
- Efron's conjecture on vulnerability to bias in a method for balancing sequential trials
- Biased coin design with imbalance tolerance
- Forcing a sequential experiment to be balanced
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