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Word Emdeddings through Hellinger PCA

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arxiv 1312.5542 v3 pith:PPTW3WG2 submitted 2013-12-19 cs.CL cs.LG

classification cs.CLcs.LG
keywords embeddingswordtaskshellingeradaptalthougharchitecturebeen
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Word embeddings resulting from neural language models have been shown to be successful for a large variety of NLP tasks. However, such architecture might be difficult to train and time-consuming. Instead, we propose to drastically simplify the word embeddings computation through a Hellinger PCA of the word co-occurence matrix. We compare those new word embeddings with some well-known embeddings on NER and movie review tasks and show that we can reach similar or even better performance. Although deep learning is not really necessary for generating good word embeddings, we show that it can provide an easy way to adapt embeddings to specific tasks.

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    Applying PCA to the time axis of series windows before deep model training keeps average task accuracy while cutting compute and memory, but gains and losses vary strongly by model and dataset.

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