Ordinal data is omnipresent in almost all multiuser-generated feedback - questionnaires,preferences etc. This paper investigates modelling of ordinal data with Gaussian restrictedBoltzmann machines (RBMs). In particular, we present the model architecture, learningand inference procedures for both vector-variate and matrix-variate ordinal data. We showthat our model is able to capture latent opinion prole of citizens around the world, andis competitive against state-of-art collaborative ltering techniques on large-scale publicdatasets. The model thus has the potential to extend application of RBMs to diversedomains such as recommendation systems, product reviews and expert assessment
International audienceOrdinal data are used in many domains, especially when measurements are collec...
This thesis represents an original contribution to knowledge on ordinal data, which constitutes the ...
Restricted Boltzmann Machine (RBM) has been applied to a wide variety of tasks due to its advantage ...
Ordinal data is omnipresent in almost all multiuser-generated feedback- questionnaires, preferences ...
Collaborative filtering is an effective recommendation technique wherein the preference of an indivi...
Modern datasets are becoming heterogeneous. To this end, we present in this paper Mixed- Variate Res...
Modern datasets are becoming heterogeneous. To this end, we present in this paper Mixed- Variate Res...
Modern datasets are becoming heterogeneous. To this end, we present in this paper Mixed- Variate Res...
Personalized recommendation systems have to predict preferences of a user for items that have not se...
Most of the existing approaches to collaborative filtering cannot handle very large data sets. In th...
The classification of patterns into naturally ordered labels is referred to as ordinal regression. ...
We present a probabilistic kernel approach to ordinal regression based on Gaussian processes. A thr...
International audienceThis paper is about the co-clustering of ordinal data. Such data are very comm...
We present a novel class of mixed membership models for joint distributions of groups of obser-vatio...
We present a novel class of mixed membership models for joint distributions of groups of observation...
International audienceOrdinal data are used in many domains, especially when measurements are collec...
This thesis represents an original contribution to knowledge on ordinal data, which constitutes the ...
Restricted Boltzmann Machine (RBM) has been applied to a wide variety of tasks due to its advantage ...
Ordinal data is omnipresent in almost all multiuser-generated feedback- questionnaires, preferences ...
Collaborative filtering is an effective recommendation technique wherein the preference of an indivi...
Modern datasets are becoming heterogeneous. To this end, we present in this paper Mixed- Variate Res...
Modern datasets are becoming heterogeneous. To this end, we present in this paper Mixed- Variate Res...
Modern datasets are becoming heterogeneous. To this end, we present in this paper Mixed- Variate Res...
Personalized recommendation systems have to predict preferences of a user for items that have not se...
Most of the existing approaches to collaborative filtering cannot handle very large data sets. In th...
The classification of patterns into naturally ordered labels is referred to as ordinal regression. ...
We present a probabilistic kernel approach to ordinal regression based on Gaussian processes. A thr...
International audienceThis paper is about the co-clustering of ordinal data. Such data are very comm...
We present a novel class of mixed membership models for joint distributions of groups of obser-vatio...
We present a novel class of mixed membership models for joint distributions of groups of observation...
International audienceOrdinal data are used in many domains, especially when measurements are collec...
This thesis represents an original contribution to knowledge on ordinal data, which constitutes the ...
Restricted Boltzmann Machine (RBM) has been applied to a wide variety of tasks due to its advantage ...