Construction of design for cropping sequence experiments in fractional replication

Author:

Dash Sukanta1,Singh Ankit Kumar1,Mandal Baidyanath2,Parsad Rajender1

Affiliation:

1. ICAR-Indian Agricultural Statistics Research Institute

2. ICAR-IARI

Abstract

Abstract

Cropping sequence experiments are getting more popularize in the recent era of agriculture. Here, estimation of main effects applied in every season as well as residual effect and their interaction with application in next season are important for consideration. The problem of maintaining homogeneity in application of large number of factors can be handle by considering a fraction of complete factorial effects. Also, a little work based on fractional factorial experiments are available in literature and those designs are computer specific as based on algorithm. This article develops a simple construction method for generation 1/2k 2n i.e., factorial with fractional replicates which provides estimation of all main effects and two factor interactions between consecutive factors.

Publisher

Research Square Platform LLC

Reference7 articles.

1. Row-column designs for 2n factorial 2-colour microarray experiments for estimation of main effects and two factor interactions with orthogonal parameterization;Dash S;Agricultural Research,2013

2. Optimal fractional factorial plans for main effects and specified two-factor interactions: a projective geometric approach;Dey A;The Annals of Statistics,2002

3. Two-level Factorial and Fractional Factorial Replicates in Blocks of Size Two;Godolphin JD;Computational Statistics & Data Analysis,2019

4. Two-level fractional factorial designs in blocks of size two for the orthogonal estimation of all main effects and two-factor interactions;Jacroux M;Statistics and Probability Letters,2010

5. Designs for cropping systems research;Parsad R;Journal of Statistical Planning and Inference,2007

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