Your selections:
Multiple correspondence analysis as a tool for examining Nobel Prize data from 1901 to 2018
- Alhuzali, T., Beh, E. J., Stojanovski, E.
Multi-way correspondence analysis approach to examine Nobel Prize Data from 1901 to 2018
- Alhuzali, T, Beh, E. J., Stojanovski, E
Correspondence analysis approach to examine the Nobel Prize
- Alhuzali, T., Stojanovski, E., Beh, E. J.
The prediction index of aggregate data
- Brown, J. J., Beh, E. J., Hudson, I. L.
- Cheema, S. A., Beh, E. J., Hudson, I. L.
Linking ordinal log-linear models with correspondence analysis: an application to estimating drug-likeness in the drug discovery process
- Zafar, S., Cheema, S. A., Beh, E. J., Hudson, I. L., Hudson, S. A., Abell, A. D.
On issues concerning the assessment of information contained in aggregate data using the F-statistics
- Cheema, S. A., Beh, E. J., Hudson, I. L.
The aggregate association index and its links with common measurements of association in a 2x2 table: an analysis of early NZ gendered voting data
- Tran, D., Beh, E. J., Hudson, I. L., Moore, L. M.
Hirayama, passive smoking and lung cancer: 30 years on and the numbers still don't lie
Non-symmetric correspondence analysis with ordinal variables using orthogonal polynomials
- Lombardo, R., Beh, E. J., D'Ambra, L.
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