Pre-Trained Multi-View Word Embedding Using Two-Side Neural Network


  • Yong Luo Peking University
  • Jian Tang Peking University
  • Jun Yan Microsoft Research Asia
  • Chao Xu Peking University
  • Zheng Chen Microsoft Research Asia



pre-train, word embedding, multiple sources, neural network


Word embedding aims to learn a continuous representation for each word. It attracts increasing attention due to its effectiveness in various tasks such as named entity recognition and language modeling. Most existing word embedding results are generally trained on one individual data source such as news pages or Wikipedia articles. However, when we apply them to other tasks such as web search, the performance suffers. To obtain a robust word embedding for different applications, multiple data sources could be leveraged. In this paper, we proposed a two-side multimodal neural network to learn a robust word embedding from multiple data sources including free text, user search queries and search click-through data. This framework takes the word embeddings learned from different data sources as pre-train, and then uses a two-side neural network to unify these embeddings. The pre-trained embeddings are obtained by adapting the recently proposed CBOW algorithm. Since the proposed neural network does not need to re-train word embeddings for a new task, it is highly scalable in real world problem solving. Besides, the network allows weighting different sources differently when applied to different application tasks. Experiments on two real-world applications including web search ranking and word similarity measuring show that our neural network with multiple sources outperforms state-of-the-art word embedding algorithm with each individual source. It also outperforms other competitive baselines using multiple sources.




How to Cite

Luo, Y., Tang, J., Yan, J., Xu, C., & Chen, Z. (2014). Pre-Trained Multi-View Word Embedding Using Two-Side Neural Network. Proceedings of the AAAI Conference on Artificial Intelligence, 28(1).



Main Track: Novel Machine Learning Algorithms