Optimal blocked main effects plans with nested rows and columns and related designs
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Publication:1816979
DOI10.1214/aos/1032526963zbMath0862.62065OpenAlexW1975016612MaRDI QIDQ1816979
Publication date: 1 December 1996
Published in: The Annals of Statistics (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1214/aos/1032526963
balanced incomplete block designorthogonalityorthogonal Latin squaresYouden designmain effects plansbottom-stratum universally optimal nested row and column designmultidimensional incomplete block designsmultistage experimentation
Optimal statistical designs (62K05) Statistical block designs (62K10) Factorial statistical designs (62K15)
Related Items (12)
Construction of main-effect plans orthogonal through the block factor ⋮ Some optimal block designs with nested rows and columns for research on alternative methods of limiting slug damage ⋮ Construction of systematic row-column designs with treatments unconfounded with the linear row \(\times\) columns and quadratic row \(\times\) columns interactions ⋮ Aspects of optimality of plans orthogonal through other factors and related multiway designs ⋮ Optimal main effect plans in nested row-column set-up of small size ⋮ Universally optimal structurally balanced row--column designs with some empty nodes ⋮ Inter-class orthogonal main effect plans for asymmetrical experiments ⋮ Nearly resolution V plans on blocks of small size ⋮ Existence of OBIBDs with \(k=4\) with and without nesting ⋮ Perfect Graeco-Latin balanced incomplete block designs (pergolas) ⋮ Properties of superimposed BIBDs ⋮ Optimal design with many blocking factors.
Cites Work
- Optimality and construction of nested row and column designs
- Orthogonal arrays with variable numbers of symbols
- Latin squares. New developments in the theory and applications
- Some contributions to the theory of multistage Youden design
- Enumerating \(4\times 5\) and \(5\times 6\) double Youden rectangles
- Double Youden rectangles -- an update with examples of size \(5\times 11\)
- A method for constructing balanced incomplete-block designs with nested rows and columns
- Further Results on the Construction of Mutually Orthogonal Latin Squares and the Falsity of Euler's Conjecture
- Some universally optimal row-column designs with empty nodes
- On Construction of Four-Dimensional Incomplete Block Designs
- Block designs with nested rows and columns
- Self-orthogonal latin squares of all orders 𝑛≠2,3,6
- Some Optimal Nested Row-Column Designs
- Some Examples of Multi-Dimensional Incomplete Block Designs
- The existence and construction of two families of designs for two successive experiments
- Some Families of Designs for Multistage Experiments: Mutually Balanced Youden Designs when the Number of Treatments is Prime Power or Twin Primes. I
- THE COMPLETELY ORTHOGONALIZED LATIN SQUARE
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