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Factor Analysis | 7 |
Factor Structure | 7 |
Oblique Rotation | 7 |
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Hakstian, A. Ralph | 2 |
Abell, Robert A. | 1 |
Ambrosino, Robert J. | 1 |
Hofman, Richard J. | 1 |
Jensema, Carl | 1 |
Kalimo, Esko | 1 |
Katz, Jeffrey Owen | 1 |
Rohlf, F. James | 1 |
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Ambrosino, Robert J. – 1973
A comparison of four procedures for estimating common factor measurements was made using artificially synthesized "data" matrices. Score estimates were compared with respect to how well they approximated associated true factor scores and the extent of shrinkage in double cross-validation based on random samples. The Horst (1965), Bartlett (1937),…
Descriptors: Comparative Analysis, Factor Analysis, Factor Structure, Oblique Rotation

Kalimo, Esko – Educational and Psychological Measurement, 1971
Descriptors: Factor Analysis, Factor Structure, Goodness of Fit, Oblique Rotation

Katz, Jeffrey Owen; Rohlf, F. James – Psychometrika, 1974
Descriptors: Computer Programs, Criteria, Factor Analysis, Factor Structure
Hakstian, A. Ralph; Abell, Robert A. – 1973
Four prominent oblique transformation techniques--biquartimin, direct oblimin, promax, and the Harris-Kaiser procedure--are described and compared as to optimality of solution. Additionally, two newly-developed procedures--falling into the category designated as Case III by Harris and Kaiser (1964)--are presented and included in the comparisons.…
Descriptors: Comparative Analysis, Correlation, Data Analysis, Factor Analysis

Hakstian, A. Ralph – Psychometrika, 1971
The oblimax, promax, maxplane, and Harris-Kaiser techniques are compared. (Author)
Descriptors: Comparative Analysis, Correlation, Factor Analysis, Factor Structure
Hofman, Richard J. – 1975
In this paper 12 blind transformation procedures are applied to 18 data sets. The results of the analyses indicate that the orthotran transformation solution is not restricted to particular types of data as are so many other transformation solutions. The evidence presented in this paper strongly suggests that the orthotran solution must be…
Descriptors: Data Analysis, Factor Analysis, Factor Structure, Matrices

Jensema, Carl – 1971
Under some circumstances, it is desirable to compare the factor patterns obtained from different factor analyses. To date, the best method of simultaneously achieving simple structure and maximum similarity is the technique devised by Bloxom (1968). This technique simultaneously rotates different factor patterns to maximum similarity and varimax…
Descriptors: Algorithms, Computer Programs, Correlation, Factor Analysis