$Balanced optimal 28 fractional factorial designs of resolution V, 52 ≤ N ≤ 59$

Balanced optimal 28 fractional factorial designs of resolution V, 52 ≤ N ≤ 59

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Bibliographische Detailangaben
Veröffentlicht in:	A survey of statistical design and linear models
1. Verfasser:	Chopra, D. V. (VerfasserIn)
Format:	UnknownFormat
Veröffentlicht:	1975
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Titel	Jahr	Verfasser
Distances between experiments	1975	Le Cam, Lucien
Some problems in the design and interpretation of experimental data in protein nutrition	1975	Sukhatme, P. V.
Aspects of the planning and analysis of clinical trials in cancer	1975	Zelen, M.
On the foundations of survey sampling	1975	Rao, J. N. K.
Data monitoring criteria for linear models	1975	Hartley, H. O.
Distribution-free approaches to general linear models	1975	Puri, Madan Lal
Simple conditions for optimum design algorithms	1975	Wynn, H. P.
Repeated measurements designs, I	1975	Hedayat, A.
Design of genetical experiments	1975	Hinkelmann, Klaus
The availability of tables useful in analyzing linear models	1975	Gunst, R. F.
Minimal unbiased designs for linear parametric functions	1975	Federer, W. T.
Approaches in sequential design of experiments	1975	Chernoff, Herman
Inference from experiments and randomization	1975	Kempthorne, Oscar
Mathematical morphology	1975	Watson, Geoffrey S.
Designs for searching non-negligible effects	1975	Srivastava, J. N.
Computing optimum designs for covariance models	1975	Harville, David A.
Construction and optimality of generalized Youden designs	1975	Kiefer, J.
Two recent areas of sample survey research	1975	Cochran, W. G.
An asymptotically optimal Bayes solution for group-testing	1975	Kumar, Satindar
Lower bounds on convergence rates of weighted least squares to best linear unbiased estimators	1975	Williams, James R.