基于多层感知神经网络和网络爬虫的自动响应系统

Yen-Ting Liu, M.-H. Hsih, Chen-Chiung Hsieh
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引用次数: 0

摘要

本研究提出了一种基于深度学习的中文自然语言处理方法,将传统的硬编码判断与爬虫有效地结合起来进行用户意图预测。本研究使用Jieba进行分词,使用TF-IDF进行关键词统计和特征提取。然后使用多层感知神经网络对用户意图进行分类。为提高准确性,增加固定判断和爬虫,获取官网上最新的服务消息。在Facebook Chat收集的训练数据集(问题)上进行实验,与常用方法的中文分类模型进行对比。对100个问题和答案进行了测试,准确率达到80%以上,这表明我们的方法在各种应用中是可行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Automatic Response System based on Multi-layer Perceptual Neural Network and Web Crawler
This study proposed a deep-learning based Chinese natural language processing to effectively combine traditional hard-coded judgment and crawler to predict user intention. This study uses Jieba to do word segmentation and TF-IDF for keyword statistics and feature extraction. A multi-layer perceptual neural network is then used to classify user intention. In order to improve accuracy, fixed judgments and crawlers are added to obtain the latest service news on the official website. Experiments were conducted on the training data set (questions) collected by Facebook Chat, compared with the Chinese classification models of the popular methods. 100 questions and answers were tested, the accuracy reached 80% aboveį This shows that our method is feasible for various applications.
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