Mapping Natural Language Questions to Medical Specialties

Nicoleta-Denisa Bortanoiu, I. Radoi
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引用次数: 1

Abstract

Many real-world applications handle large amounts of data, which needs to be preprocessed and classified before it can be used. Performing this classification using human agents is usually slow and costly, thus motivating the need for automation. One of the areas that can benefit from an automatized process includes online health-care platforms that connect people to doctors remotely. This type of platform usually offers an asynchronous messaging service, and can receive up to hundreds or thousands of medical questions every day. The questions need to be assigned to the appropriate specialists in a timely manner. This paper offers an automatic solution to this problem. Its purpose is to address the issue of mapping natural language texts to medical specialties. Two solutions are proposed and compared, one based on the Naive Bayes classifier and the other on a Linear classifier implemented using TensorFlow. The former obtains an accuracy of over 95% for 23% of the questions while the latter obtains the same accuracy for 60% of the questions. The results motivate the use of these solutions in real-world applications.
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将自然语言问题映射到医学专业
许多现实世界的应用程序处理大量数据,这些数据需要在使用之前进行预处理和分类。使用人工代理执行这种分类通常是缓慢和昂贵的,因此激发了对自动化的需求。可以从自动化流程中受益的领域之一包括将人们与医生远程连接起来的在线医疗保健平台。这种类型的平台通常提供异步消息传递服务,每天可以接收多达数百或数千个医疗问题。这些问题需要及时分配给适当的专家。本文提供了一种自动解决这一问题的方法。其目的是解决将自然语言文本映射到医学专业的问题。提出并比较了两种解决方案,一种是基于朴素贝叶斯分类器,另一种是基于使用TensorFlow实现的线性分类器。前者在23%的问题上获得95%以上的准确率,而后者在60%的问题上获得相同的准确率。其结果促使在实际应用程序中使用这些解决方案。
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