Technometrics · 1966 · 274 citations · 12 references
Public HealthBiostatisticsExperimental DesignStatistical ModelingStatisticsFactorial DesignsMultivariate AnalysisSampling DesignVariable SelectionIndependent CandidatesIndependent VariablesRandom Error AnalysisUnbalanced Factorial Designs
Selecting a suitable equation to represent a set of multifactor data that was collected for other purposes in a plant, pilot-plant, or laboratory can be troublesome. If there are k independent variables, there are 2 k possible linear equations to be examined; one equation using none of the variables, k using one variable, k(k – 1)/2 using two variables, etc. Often there are several equally good candidates. Selection depends on whether one needs a simple interpolation formula or estimates of the effects of individual independent variables. Fractional factorial designs for sampling the 2 k possibilities and a new statistic proposed by C. Mallows simplify the search for the best candidate. With the new statistic, regression equations can be compared graphically with respect to both bias and random error.
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<i>Statistical Theory with Engineering Applications</i>
A. Hald, Bernard Friedman · Physics Today · 1953 · 1.5K citations
<i>Mathematical Methods for Digital Computers</i>
Anthony Ralston, Herbert S. Wilf, Peter L. Balise · Physics Today · 1961 · 951 citations