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Dependence of Weighted Kappa Coefficients on the Number of Categories

Epidemiology, 1996
Weighted kappa coefficients are commonly used to quantify inter- or intra-rater reliability or test-retest reliability of ordinal ratings in clinical and epidemiologic applications. In this paper, we assess the dependence of weighted kappa coefficients on the number of categories and the type of weighting scheme, which vary between applications.
H, Brenner, U, Kliebsch
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A Note on the Linearly and Quadratically Weighted Kappa Coefficients

Psychometrika, 2016
The linearly and quadratically weighted kappa coefficients are popular statistics in measuring inter-rater agreement on an ordinal scale. It has been recently demonstrated that the linearly weighted kappa is a weighted average of the kappa coefficients of the embedded 2 by 2 agreement matrices, while the quadratically weighted kappa is insensitive to ...
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The coefficient of variation: Weighting considerations

Social Indicators Research, 1984
Some background notes on inequality indices are presented. Equality is seen not as a distribution in which each cell receives an equal share of a resource but as one in which each share is proportional to a criterion or weighting variable for the cell. Instances are noted where the coefficient of variation has been calculated without full consideration
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Weighted DCT coefficient based text detection

2008 IEEE International Conference on Acoustics, Speech and Signal Processing, 2008
This paper addresses text detection utilizing weighted discrete cosine transform (DCT) coefficients as a discrimination statistic. The sum of absolute value of DCT coefficients in each block is considered as an energy statistic for detection. Linear discriminant analysis (LDA) is conducted to calculate the optimal threshold.
Su Lu, Kenneth E. Barner
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A Weighted Concordance Correlation Coefficient for Repeated Measurement Designs

Biometrics, 1996
The need to quantify agreement between two raters or two methods of measuring a response often arises in research. Kappa statistics (unweighted and weighted) are appropriate when the data are nominal or ordinal, whereas the concordance correlation coefficient is more appropriate when the data are measured on a continuous scale.
Chinchilli, Vernon M.   +3 more
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A note on Cohen’s weighted kappa coefficient of agreement with linear weights

Statistical Methodology, 2009
Abstract Vanbelle and Albert [S. Vanbelle, A. Albert, A note on the linearly weighted kappa coefficient for ordinal scales, Statistical Methodology 6 (2008) 157–163] showed that the observed and expected proportions of agreement of a linearly weighted kappa for an r × r classification table are simply the mean values of the corresponding ...
P.W. Mielke, K.J. Berry
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Weighting the Coefficients in PARADISE Models to Increase Their Generalizability

2008
For spoken dialog systems, PARADISE [Walker et al. 1997] provides a framework to train a user satisfaction prediction model on given data. The approach weights and sums interaction parameters to predict a satisfaction metric calculated from a questionnaire.
Klaus-Peter Engelbrecht   +2 more
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A weight-learning algorithm for fuzzy production systems with weighting coefficients

Fuzzy Sets and Systems, 1992
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Weighted Alternative Coefficient of Concordance

2023 5th International Conference on Control Systems, Mathematical Modeling, Automation and Energy Efficiency (SUMMA), 2023
Yuri V. Lubenets, Artem Miroshnikov
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