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Automatic Document Summarization System Based on Natural Language Processing and Artificial Intelligent Techniques

机译:基于自然语言处理和人工智能技术的自动文档汇总系统

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Extract summary optimization is the process of creating a small version from the original text Satisfy user requirements. Extraction approach is one of way of extracting the most important sentences in document, t his approach is used to select sentences after calculating the score for each sentence, and based on user defined summary ratio the top n sentences are selected as summary. The selection of the informative sentence is a challenge for extraction based autom atic text summarization researchers. This research applied extraction based automatic single document text summarization method using the particle swarm optimization algorithm to find the best feature weight score to differentiate between important and non important feature. The Recall Oriented Understanding for Gusting Evaluation (F measure) toolkit was used for measuring performance. DUC 2007 data sets provided by the Document Understanding Conference 2007 were used in the evaluation process. The summary that generated by Particle Swarm Optimization algorithm was compared with other algorithms namely Latent Semantic Analysis, Gong&lui, and Vector Space Model, and used Particle Swarm Optimization algorithm as benchmark. Experimental results showed that the summaries produced by the Particle Swarm Optimization algorithm are better than another algorithm.
机译:摘要摘要优化是根据原始文本创建满足用户要求的小版本的过程。提取方法是提取文档中最重要的句子的一种方法,该方法用于在计算每个句子的分数之后选择句子,并根据用户定义的摘要比率,选择前n个句子作为摘要。对于基于提取的自动文本摘要研究人员而言,信息句子的选择是一个挑战。本研究应用基于提取的自动单文档文本摘要方法,使用粒子群优化算法找到最佳特征权重分数,以区分重要特征和非重要特征。召回导向的评估评估理解(F量度)工具包用于测量性能。在评估过程中使用了2007年文档理解大会提供的DUC 2007数据集。将粒子群优化算法生成的摘要与潜在语义分析,Gong&lui和向量空间模型等其他算法进行比较,并以粒子群优化算法为基准。实验结果表明,粒子群优化算法产生的摘要优于另一种算法。

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