Cross-domain sentiment classification using deep learning approach

Deep learning, as a new unsupervised leaning algorithm, has strong capabilities to learn data representations. Previous work has shown that new features learned by deep learning algorithm help to improve the accuracy of cross-domain classification. In this paper, we firstly propose a modified versio...

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Published in:IEEE ... International Conference on Cloud Computing and Intelligence Systems pp. 60 - 64
Main Authors: Miao Sun, Qi Tan, Runwei Ding, Hong Liu
Format: Conference Proceeding
Language:English
Published: IEEE 01.11.2014
Subjects:
Classification algorithms
Cross-domain
Deep learning
dimension reduction
feature augment
ISO standards
Noise reduction
Text sentiment classification
Training
ISBN:1479947202, 9781479947201
ISSN:2376-5933
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Abstract Deep learning, as a new unsupervised leaning algorithm, has strong capabilities to learn data representations. Previous work has shown that new features learned by deep learning algorithm help to improve the accuracy of cross-domain classification. In this paper, we firstly propose a modified version of marginalized stacked denoising autoencoders (mSDA). We call it mSDA++ algorithm, which can learn excellent and low-dimensional features for training classifier. In addition, we combine mSDA with EASYADAPT algorithm to further improve the accuracy of cross-domain classification. Then we use SVM, mSDA, mSDA++, and EA+mSDA algorithms to do the cross-domain sentiment classification experiments on Amazon benchmark dataset. The results show that EA+mSDA algorithm attains the best accuracy. Besides, the mSDA++ algorithm can accelerate the subsequent calculation and reduce the data storage space.
AbstractList Deep learning, as a new unsupervised leaning algorithm, has strong capabilities to learn data representations. Previous work has shown that new features learned by deep learning algorithm help to improve the accuracy of cross-domain classification. In this paper, we firstly propose a modified version of marginalized stacked denoising autoencoders (mSDA). We call it mSDA++ algorithm, which can learn excellent and low-dimensional features for training classifier. In addition, we combine mSDA with EASYADAPT algorithm to further improve the accuracy of cross-domain classification. Then we use SVM, mSDA, mSDA++, and EA+mSDA algorithms to do the cross-domain sentiment classification experiments on Amazon benchmark dataset. The results show that EA+mSDA algorithm attains the best accuracy. Besides, the mSDA++ algorithm can accelerate the subsequent calculation and reduce the data storage space.
Author Hong Liu
Qi Tan
Miao Sun
Runwei Ding
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  surname: Hong Liu
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  email: hongliu@pku.edu.cn
  organization: Peking Univ., Beijing, China
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Snippet Deep learning, as a new unsupervised leaning algorithm, has strong capabilities to learn data representations. Previous work has shown that new features...
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SubjectTerms Classification algorithms
Cross-domain
Deep learning
dimension reduction
feature augment
ISO standards
Noise reduction
Text sentiment classification
Training
Title Cross-domain sentiment classification using deep learning approach
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