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Transfer-learning is one possible approach :

  1. Design and implmentimplement a neural net to match Google Word2Vec's designGoogle Word2Vec's design (In terms of number of layers, activation functions etcand etc.,). https://github.com/dav/word2vec/blob/master/src/word2vec.c
  2. Pre-initialize weights with these vectors
  3. Retrain with domain-specific corpus

ThisThis is an implementation that can be used as base and modified for step #1 https://github.com/tensorflow/models/blob/master/tutorials/embedding/word2vec.py

Transfer-learning is one possible approach :

  1. Design and implment a neural net to match Google Word2Vec's design (In terms of number of layers, activation functions etc). https://github.com/dav/word2vec/blob/master/src/word2vec.c
  2. Pre-initialize weights with these vectors
  3. Retrain with domain-specific corpus

This is an implementation that can be used as base and modified for step #1 https://github.com/tensorflow/models/blob/master/tutorials/embedding/word2vec.py

Transfer-learning is one possible approach :

  1. Design and implement a neural net to match Google Word2Vec's design (In terms of number of layers, activation functions and etc.,).
  2. Pre-initialize weights with these vectors
  3. Retrain with domain-specific corpus

This is an implementation that can be used as base and modified for step #1

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Shamit Verma
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Transfer-learning is one possible approach :

  1. Design and implment a neural net to match Google Word2Vec's design (In terms of number of layers, activation functions etc). https://github.com/dav/word2vec/blob/master/src/word2vec.c
  2. Pre-initialize weights with these vectors
  3. Retrain with domain-specific corpus

This is an implementation that can be used as base and modified for step #1 https://github.com/tensorflow/models/blob/master/tutorials/embedding/word2vec.py