Optimal and Efficient Crossover Designs for Test-Control Study When Subject Effects are Random
I study crossover designs based on the criteria of A- and MV- optimality under the model with random subject effects, for the purpose of comparing several test treatments with a standard control treatment. Optimal and efficient designs are proposed, and their efficiencies are also evaluated. A family of totally balanced test-control incomplete crossover designs based on a function of the ratio of the subject effect variance to the error variance are shown to be highly efficient and robust. The results have interesting connections with those in Hedayat and Yang (2005) and Hedayat, Stufken, and Yang (2006). Constructions of efficient designs are also studied.
Totally Balanced Test-Control Incomplete Designs
Date available in INDIGO2012-12-14T16:23:14Z
Showing items related by title, author, creator and subject.
LAI, YEN-TAI. (1985)
Zhu, Haiyuan. (2002)
Houshiar, Majid (2016-10-26)Design of reinforced concrete columns and shear walls is an iterative process. Whether done manually or computer aided, the capacity of an assumed section is checked using interaction diagrams and the procedure continues ...