Drug recommendation using recurrent neural networksaugmented with cellular automata

S. Gousiya Begum, Pokkuluri Kiran Sree
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Abstract

Drug recommendation systems are systems that have the capability to recommend drugs. On a daily basis, a hugeamount of data is being generated by the patients. All this valuable data can be properly utilized to create a reliabledrug recommendation system. In this paper, we recommend a system for drug recommendations. The main scopeof our system is to predict the correct medication based on reviews and ratings. Our proposed system uses naturallanguage processing techniques (NLP), recurrent neural networks (RNN), and cellular automata (CA). We alsoconsidered various metrics like precision, recall, accuracy, F1 score, and ROC curve as measures of our system’sperformance. NLP techniques are being used for gathering useful information from patient data, and RNN is amachine learning methodology that works really well in analyzing textual data. The system considers various patientdata attributes like age, gender, dosage, medical history, and symptoms in order to make appropriate predictions.The proposed system has the potential to help medical professionals make informed drug recommendations.
基于元胞自动机增强的递归神经网络的药物推荐
药物推荐系统是有能力推荐药物的系统。每天,患者都会产生大量的数据。所有这些有价值的数据都可以适当地用于创建可靠的药物推荐系统。在本文中,我们推荐了一个药物推荐系统。我们系统的主要范围是根据评论和评分来预测正确的药物。我们提出的系统使用自然语言处理技术(NLP)、循环神经网络(RNN)和细胞自动机(CA)。我们还考虑了各种指标,如精度、召回率、准确性、F1分数和ROC曲线作为我们系统性能的度量。NLP技术被用于从患者数据中收集有用的信息,RNN是一种机器学习方法,在分析文本数据方面非常有效。该系统考虑各种患者数据属性,如年龄、性别、剂量、病史和症状,以便做出适当的预测。拟议的系统有可能帮助医疗专业人员做出明智的药物建议。
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