Machine Learning based Network Security in Healthcare System

Desalegn Aweke, Assefa Senbato Genale, B. Sundaram, Amit Pandey, Vijaykumar Janga, P. Karthika
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Abstract

The world is filled with exciting technologies and ideas; scientists build machines to avoid human intervention in completing work. It is highly challenging to complete the task without the Machine Learning (ML) Technology intervention. With the technological development, certain processes or consultations are performed with the aid of doctors available around the world. In this scenario, it could be noticed that health care is one of the world's expected domains that require the most incredible attention in data security while performing data transfer. Nodes in the network are considered based on the weakest link to overcome the cyber attacker's issues. Besides building the software for data storage, a better mechanism has to be incorporated to provide security to the stored data. This process is a delicate task for every network engineer. This paper will explain such concepts related to health prediction and health care by building the most robust network security systems. Finally, the discussion would cross over human-looping systems, which act as one of the common problems that are affected mentally for a person. According to the results, the suggested model achieved the accuracy of 98.89%, that is 4.76% greater than the previous model.
医疗系统中基于机器学习的网络安全
这个世界充满了令人兴奋的技术和想法;科学家制造机器是为了在完成工作时避免人为干预。在没有机器学习(ML)技术干预的情况下完成任务是极具挑战性的。随着技术的发展,某些过程或咨询是在世界各地的医生的帮助下进行的。在此场景中,可以注意到,医疗保健是世界上预期的领域之一,在执行数据传输时,需要在数据安全方面给予最令人难以置信的关注。网络中的节点是基于最薄弱的环节来考虑的,以克服网络攻击者的问题。除了构建用于数据存储的软件之外,还必须结合更好的机制来为存储的数据提供安全性。这个过程对每个网络工程师来说都是一项微妙的任务。本文将通过构建最强大的网络安全系统来解释这些与健康预测和医疗保健相关的概念。最后,讨论将跨越人类循环系统,这是影响一个人精神上的常见问题之一。结果表明,该模型的准确率达到了98.89%,比之前的模型提高了4.76%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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