As a multitude of real data problems involve preference ranking data, in the last decades analysis of rankings has become increasingly important and interesting in several fields such as behavioral sciences, machine learning and decision making. A combination of cluster analysis of preference ranking data with vector models and unfolding technique is presented. Vector models and unfolding techniques are used to analyze preference ranking data and are based on badness of fit functions. Both methods map the preferences in a joint low-dimensional space. For the clustering part the K-Medians Cluster Component Analysis method is used. Real data sets are analyzed to illustrate the proposed approach
The proposed preference learning on clusters method allows to fully realizing the advantages of the ...
International audienceClustering has been widely studied in Data Mining literature, where, through d...
Typically, ranking data consist of a set of individuals, or judges, who have ordered a set of items—...
In the framework of preference rankings, the interest can lie in clustering individuals or items in ...
In the framework of preference rankings, the interest can lie in clustering individuals or items in ...
In the framework of preference rankings, the interest can lie in clustering individuals or items in...
Preference-approval structures combine preference rankings and approval voting to express preferenc...
In unfolding for two-way two-mode preference ratings data, the categorization of the set of individu...
International audienceVarious deterministic and latent structure approaches for combining forms of m...
Cluster analysis of ranking data, which occurs in consumer questionnaires, voting forms or other inq...
Questo articolo presenta un nuovo approccio al clustering bidimensionale nell’ambito dei preference...
Within the framework of preference rankings, the interest can lie in finding which predictors and wh...
Clustering is an essential part of data analysis and a natural simplifying operation to perform when...
In this contribution an effective procedure to avoid degeneracies in multidimensional unfolding for ...
In the framework of preference rankings, the interest can lie in finding which predictors and which...
The proposed preference learning on clusters method allows to fully realizing the advantages of the ...
International audienceClustering has been widely studied in Data Mining literature, where, through d...
Typically, ranking data consist of a set of individuals, or judges, who have ordered a set of items—...
In the framework of preference rankings, the interest can lie in clustering individuals or items in ...
In the framework of preference rankings, the interest can lie in clustering individuals or items in ...
In the framework of preference rankings, the interest can lie in clustering individuals or items in...
Preference-approval structures combine preference rankings and approval voting to express preferenc...
In unfolding for two-way two-mode preference ratings data, the categorization of the set of individu...
International audienceVarious deterministic and latent structure approaches for combining forms of m...
Cluster analysis of ranking data, which occurs in consumer questionnaires, voting forms or other inq...
Questo articolo presenta un nuovo approccio al clustering bidimensionale nell’ambito dei preference...
Within the framework of preference rankings, the interest can lie in finding which predictors and wh...
Clustering is an essential part of data analysis and a natural simplifying operation to perform when...
In this contribution an effective procedure to avoid degeneracies in multidimensional unfolding for ...
In the framework of preference rankings, the interest can lie in finding which predictors and which...
The proposed preference learning on clusters method allows to fully realizing the advantages of the ...
International audienceClustering has been widely studied in Data Mining literature, where, through d...
Typically, ranking data consist of a set of individuals, or judges, who have ordered a set of items—...