A new algorithm for the least-squares solution in factor analysis |
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Authors: | Masashi Okamoto Masamori Ihara |
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Affiliation: | (1) Department of Applied Mathematics, Faculty of Engineering Science, Osaka University, 560 Toyonaka, Osaka, Japan |
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Abstract: | A new algorithm to obtain the least-squares or MINRES solution in common factor analysis is presented. It is based on the up-and-down Marquardt algorithm developed by the present authors for a general nonlinear least-squares problem. Experiments with some numerical models and some empirical data sets showed that the algorithm worked nicely and that SMC (Squared Multiple Correlation) performed best among four sets of initial values for common variances but that the solution might sometimes be very sensitive to fluctuations in the sample covariance matrix.Numerical computation was made on a NEAC S-1000 computer in the Computer Center, Osaka University. |
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Keywords: | factor analysis least-squares MINRES squared multiple correlation (SMC) up-and-down Marquardt algorithm |
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