Analysis of Means for Analyzing Missing Data from Experimental Designs – Part I

Authors

  • Subramani J D J Academy for Managerial Excellence, Othakkalmandapam – 641032, Coimbatore District, Tamil Nadu, India.

Keywords:

Analysis of Means, Missing Data, Latin Square Designs, Graeco Latin Square Designs, Hyper Graeco-Latin-Square Designs

Abstract

A step-by-step analysis of means (ANOM) procedure proposed by Subramani (1992) to analyze the missing data from randomized block designs has been extended to other experimental designs with several missing observations. The proposed method is general in nature. For the sake of simplicity the procedure of analysis of means to analyze missing data from experimental designs has been discussed in two parts. In part I, it is planned to apply this method for analyzing missing data from latin square designs, graeco latin square designs and hyper graeco latin square designs. The part II of this paper is dedicated to analyze the missing data from replicated latin square designs, cross over designs and F-Square designs. The procedure is also illustrated with the help of numerical examples.

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References

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SUBRAMANI, J. (1991): Non-iterative Least Squares Estimation of Missing Values in Graeco-Latin Square Designs, Biometrical Journal, 33, 763-769.

SUBRAMANI, J. (1992): Analysis of Means for Experimental Designs with Missing Observations, Communi. In Statistics – Theory and Methods, 21, 2045-2057.

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SUBRAMANI, J. (1994): Non-iterative Least Squares Estimation of Missing Values In Cross-Over Designs without Residual Effect, Biometrical Journal, 36,285-292.

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YATES, F. (1933): The Analysis of Replicated Experiments when the Field Results are Incomplete, Empire Journal of Experimental Agriculture,

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Published

2008-09-01

How to Cite

[1]
“Analysis of Means for Analyzing Missing Data from Experimental Designs – Part I”, JME, vol. 3, no. 3, pp. 136–145, Sep. 2008, Accessed: Oct. 16, 2024. [Online]. Available: https://smenec.org/index.php/1/article/view/634

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