基于回归分类器的EHE方案密码系统安全机制分析

K. Chakrapani, P. Malathi, U. Iniyan, R. Thiagarajan, S. Padmapriya, R. Krishnamoorthy
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引用次数: 0

摘要

由于数字技术的进步,数据的安全性面临着严峻的问题。目前已经出现了几种基于加密的算法,这些算法往往不安全,对数字世界构成威胁。为了避免数字时代的缺陷,研究人员在现有框架下提出了新的加密算法。为了达到更好的精度目的,支持向量机算法被开发出来提供面向图像的加密。检测了图像数据集的一些参数进行分类。机器学习可以用来处理大量的海量数据。使用支持向量机对每个数据集进行不同方面的分类。本文采用了增强型同形加密(EHE)。逻辑回归通过分类提供了不太精确的损失。由于逻辑回归没有封闭的解,数据得到了监督。基于分类,它确定数据是否受到保护或被侵犯。EHE用于对已经加密的数据进行计算,而不假设其值。为了有效地保证移动自组网中信息传输的安全,采用了EHE。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Regressive Based Classifier Analytics for the Mechanism of CryptoSystems Security Using EHE Scheme
Due to the improvement in digital technologies, the security of the data gets into drastic trouble. Several type of encryption-based algorithm has been initiated which tended to be insecure and procure threats to the digital world. To avoid the flaws in the digital era, the researchers brought up new encryption algorithm in existing framework. For a better accuracy purpose, support vector machine algorithm has been developed to provide image-oriented encryption. Some of the parameters are been detected to categorize the image dataset. Machine learning can be used to process large amount of vast data. SVM is used to classify each dataset in different aspects. Here in this paper, the enhanced homo morphic encryption (EHE) is used. Logistic regression provides less precise loss by classifying it. Data gets supervised since logistic regression does not have closed solution. Based on classification, it determines whether the data is been secured or violated. EHE is used for computation on the already encrypted data without assuming the value. For the efficient way of securing message transmission in mobile ad hoc network EHE is used.
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