使用机器学习技术的多服务器环境安全远程用户身份验证

Anurag Choubey, Kakali Chatterjee
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引用次数: 1

摘要

早期的远程密码身份验证方案需要服务提供服务器对远程登录的合法用户进行身份验证。然而,由于存在多个用户id和密码,传统的方案在多服务器体系结构中不适用。本文提出了一种多服务器体系结构的远程密码认证方案,该方案具有鲁棒性,提高了网络安全性。该密码认证系统是一个基于支持向量机的训练分类系统。在该方案中,用户只记住自己在注册时填写的各种服务器登录的身份和密码以及自己的选择,用户可以随意选择自己的密码。此外,该系统不需要任何密码或验证表的开销,并且本质上是非常动态的,也可以抵御重放攻击和伪装。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Secure remote user authentication for multi-server environment using machine learning technique
The earlier remote password authentication schemes required a service providing server to authenticate a legitimate user for remote login. However, the traditional schemes are not useful in multi-server architecture because of multiple user ids and passwords. In this paper, we present a remote password authentication scheme for multi-server architecture that can be robust and improved network security. This password authentication system is a trained classification system based on SVM. In this scheme, the users only remember own identity and password and own choices for the various server login which he filled during registration where the user can choose his password at will. Furthermore, this system does not require having any overhead of password or verification table and is very dynamic in nature and can also withstand the replay attack and masquerading.
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