2013 · 19 citations · 16 references
Structured PredictionEngineeringMachine LearningCorpus LinguisticsText MiningWord EmbeddingsNatural Language ProcessingLatent ModelingInformation RetrievalData ScienceComputational LinguisticsTopic SpaceSemi-supervised LearningStatisticsBayesian Hierarchical ModelingVariational InferenceDirichlet FormHierarchical Dirichlet ProcessKnowledge DiscoveryRetrieval Augmented GenerationTopic ModelNon-parametric BenefitsStatistical Inference
We present an extension to the Hierarchical Dirichlet Process (HDP), which allows for the inclusion of supervision. Our model marries the non-parametric benefits of HDP with those of Supervised Latent Dirichlet Allocation (SLDA) to enable learning the topic space directly from data while simultaneously including the labels within the model. The proposed model is learned using variational inference which allows for the efficient use of a large training dataset. We also present the online version of variational inference, which makes the method scalable to very large datasets. We show results comparing our model to a traditional supervised parametric topic model, SLDA, and show that it outperforms SLDA on a number of benchmark datasets.
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