Text document representation and classification using Convolution Neural Network

Shikha Mundra, Ankit Mundra, Anshul Saigal, Punit Gupta
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Abstract

Understanding Actual meaning of a natural written language document is easy for a human but to enable a machine to do the same task require an accurate document representation as a machine do not have the same common sense as human have. For the task of document classification, it is required that text must be converted to numerical vector and recently, word embedding approaches are giving acceptable results in terms of word representation at global context level. In this study author has experimented with news dataset of multiple domain and compared the classification performance obtained from traditional bag of word model to word2vec model and found that word2vec is giving promising results in case of large vocabulary with low dimensionality which will help to classify the data dynamically as demonstrated in section experimental result.
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基于卷积神经网络的文本文档表示与分类
理解自然书面语言文档的实际含义对人类来说很容易,但要使机器能够完成同样的任务,需要准确的文档表示,因为机器不具有与人类相同的常识。对于文档分类任务,需要将文本转换为数字向量,最近,词嵌入方法在全局上下文级别的词表示方面给出了可接受的结果。在本研究中,作者对多领域的新闻数据集进行了实验,并将传统的词袋模型与word2vec模型的分类性能进行了比较,发现word2vec在词汇量大、维数低的情况下给出了很好的分类结果,这有助于动态地对数据进行分类。
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