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Werts, Charles E.; Watley, Donivan J. – 1969
In studying college effects, an input-output model is commonly used in which student input is controlled by using regression analysis to compute an "expected" output. The part correlation of the college environment variable and the output with input variance removed only from the output is interpreted as a measure of the college effect. However,…
Descriptors: Analysis of Variance, College Environment, Colleges, Correlation
Peer reviewedHornung, Carlton A. – American Sociological Review, 1977
A method for measuring status inconsistency that permits a comprehensive test of inconsistency theory without the complicated statistical problems that have plagued previous researchers is presented. (Author/AM)
Descriptors: Conceptual Schemes, Models, Regression (Statistics), Social Status
Peer reviewedAchen, Christopher H. – Journal of Educational Statistics, 1987
Comments on the uses of statistical analysis in social sciences within the context of Freedman's "As Other's See Us: A Case Study in Path Analysis." Points out that there is an unacknowledged gap between statistical principles and the data analysis that social scientists use. (RB)
Descriptors: Data Analysis, Path Analysis, Regression (Statistics), Social Science Research
Peer reviewedFox, John – Journal of Educational Statistics, 1987
Examines D. A. Freedman's criticism of path analysis, agreeing with Freedman's criticism of its application to nonexperimental data in the social sciences. Argues that Freedman's overall conclusions, however, are too pessimistic. (RB)
Descriptors: Data Analysis, Models, Path Analysis, Regression (Statistics)
Peer reviewedPenfield, Douglas A.; Koffler, Stephen L. – Educational and Psychological Measurement, 1986
The development of a nonparametric K-sample test for equality of slopes using Puri's generalized L statistic is presented. The test is recommended when the assumptions underlying the parametric model are violated. This procedure replaces original data with either ranks (for data with heavy tails) or normal scores (for data with light tails).…
Descriptors: Mathematical Models, Nonparametric Statistics, Regression (Statistics), Sampling
Peer reviewedKousser, J. Morgan – Historical Methods, 1986
Considers the impact of empirical social science methodology and data analysis techniques on the process of historical analysis and its product, generalizations about the past. Uses political preference and voting information as a vehicle to illustrate the differences in historical conclusions reached by Lee Benson and J. Morgan Kousser. (JDH)
Descriptors: Historiography, Political Science, Regression (Statistics), Social Science Research
Peer reviewedJames, Lawrence R.; Tetrick, Lois E. – Educational and Psychological Measurement, 1984
An analytic procedure is presented for testing the homogeneity of unstandardized regression weight vectors when the vectors are correlated. The basic design involves repeated measurements on a dependent variable and a set of independent variables. The method is illustrated with a study of perceived leader behavior. (Author/BW)
Descriptors: Correlation, Leadership, Mathematical Models, Regression (Statistics)
Peer reviewedWillson, Victor L.; Reynolds, Cecil R. – Journal of Special Education, 1985
The paper examines three models still considered useful in identifying achievement-aptitude discrepancies: the prediction model, true score regression model, and prescore partialling model. Data are cited to provide support for the regression model as the simplest to use and most efficient statistically. (Author/CL)
Descriptors: Clinical Diagnosis, Disability Identification, Learning Disabilities, Models
Gottfredson, Don M.; Snyder, Howard N. – Office of Juvenile Justice and Delinquency Prevention, 2005
This report is meant to help juvenile courts develop practical risk-screening instruments. Courts increasingly are using some method of risk classification to assist in assignment of youth to differential service/supervision programs. A comparison of commonly used or advocated risk classification methods may provide courts with guidance in…
Descriptors: Classification, Juvenile Justice, Test Validity, Juvenile Courts
Zoltek, S. M.; Dick, S. S. – 1997
This paper presents teaching strategies and examples developed for a two-semester sequence in quantitative problem solving, specifically outlining a non-calculus derivation of linear regression formulas supported by the graphical display of the TI-83 calculator to visualize the minimization of the sum-squared vertical distances. The paper…
Descriptors: Graphing Calculators, Higher Education, Mathematics Education, Problem Solving
Kemple, James J.; Snipes, Jason C. – 2001
Two prominent themes often emerge from evaluations of education and social program evaluations: (1) the interventions being studied serve diverse populations, even if they are intended to target groups with particular characteristics; and (2) the interventions' impacts vary across groups within the population being served. Thus, most evaluations…
Descriptors: Elementary Secondary Education, Evaluation Methods, Intervention, Program Evaluation
Houston, Walter M.; Woodruff, David J. – 1997
Maximum likelihood and least-squares estimates of parameters from the logistic regression model are derived from an iteratively reweighted linear regression algorithm. Empirical Bayes estimates are derived using an m-group regression model to regress the within-group estimates toward common values. The m-group regression model assumes that the…
Descriptors: Bayesian Statistics, Estimation (Mathematics), Least Squares Statistics, Maximum Likelihood Statistics
Brooks, Gordon P.; Barcikowski, Robert S. – 1995
When multiple regression is used to develop a prediction model, sample size must be large enough to ensure stable coefficients. If sample size is inadequate, the model may not predict well in future samples. Unfortunately, there are problems and contradictions among the various sample size methods in regression. For example, how does one reconcile…
Descriptors: Monte Carlo Methods, Power (Statistics), Prediction, Regression (Statistics)
Dickinson, Wendy; Kromrey, Jeffrey D. – 1997
The analysis of interaction effects in multiple regression has received considerable attention in recent years, but problems with the valid identification of moderating variables have been noted by researchers. G. McClelland and C. Judd (1993), in their discussion of the statistical difficulties of detecting interactions and moderating effects,…
Descriptors: Effect Size, Interaction, Monte Carlo Methods, Regression (Statistics)
Stapleton, Laura M.; Lissitz, Robert W. – 1999
This paper presents results from a comparison of the multiple regression (MR) approach to examining faculty salary equity (with clusters for the various disciplines) and hierarchical linear modeling (HLM) for the same problem. The comparison was done in two steps. First, a practical example of applying both techniques, using empirical data, is…
Descriptors: College Faculty, Equal Opportunities (Jobs), Higher Education, Regression (Statistics)


