Estimation of Means and Standard Errors in the Analysis of Non-Orthogonal Experiments by Electronic Computer
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SUMMARY Various methods of estimating means and standard errors for non-orthogonal designs are considered from the point of view of their generality and suitability for programming on an electronic computer. The use of the variance-covariance matrix is shown to have a number of advantages, and this method is described for designs with two or three classifications; the method of analysis for three classifications, no two of which are orthogonal, is new. Programmes have been written for the Ferranti Pegasus computer for two and three classifications; these are outlined and an example of their use is given.