基于自然语言处理技术的智能传播

Tora Fahrudin, Kastaman Kastaman, Sherin Nadya Meideni, Padma Edhitya Chairunnisafa Priyono, Muhammad Galang Fathirkina, Samira Samira
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引用次数: 1

摘要

背景:最近,WhatsApp已经成为世界上最受欢迎的文本和语音消息应用程序,拥有15亿用户。WhatsApp还建立了许多应用程序编程接口(API)来连接其他应用程序。另一方面,WhatsApp消息的自然语言处理(NLP)的发展已经滚雪球。关于使用WhatsApp传播信息的研究已经非常广泛,但是关于涉及WhatsApp数据的NLP研究还很缺乏。目的:利用WhatsApp API实现NLP在智能传播应用中的应用。方法:构建一个框架,在WhatsApp API中嵌入基于NLP的智能系统,实现动态消息的传播。其中一些句子用于评估此应用程序的准确性。结果:智能传播由动态过滤和动态内容组成。利用POS标注器和子句语句进行动态筛选。同时,利用replace MySQL函数构建动态内容。有两方面的限制:应用程序不能转换匹配规则和连词“dan”的消息;具有相同的属性before和after标签;逻辑运算符的最大值是一个句子中用于协调连接(and /OR)的类型。结论:我们的框架可以使用动态消息内容和动态消息接收者进行消息的动态传播,从20个样本消息中获得95%的准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Dissemination by Using Natural Language Processing Technology
Background: Recently, WhatsApp has become the world's most popular text and voice messaging application with 1.5 billion users. A lot of WhatsApp Application Programming Interface (API) has also been established to be connected to other applications. On the other hand, the development of natural language processing (NLP) for WhatsApp messages has snowballed. There are extensive studies on the dissemination information using WhatsApp but the study on NLP involving data from WhatsApp is lacking. Objective: This study aims to implement NLP in smart dissemination applications by using WhatsApp API. Methods: We build a framework that embeds an intelligent system based on the NLP in WhatsApp API to disseminate a dynamic message. Some of the sentences are used to evaluate the accuracy of this application. Results: Smart dissemination consists of dynamic filter and dynamic content. Dynamic filter was conducted by using the POS tagger and clause statement. Meanwhile, dynamic content was built by using the replace MySQL function. There are twofold limitation: the application could not transform a message that matches rule with conjunction “dan”; has the same attribute before and after tag; and the maximum of the logical operator is one type for coordinating conjunction (AND/OR) in one sentence. Conclusion: Our framework can be used for dynamic dissemination of messages using dynamic message content and dynamic message recipient with an accuracy of 95% from twenty sample messages.
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CiteScore
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