Security system for surveillance radar network communication using chaos algorithm

Nova Hadi Lestriandoko, T. Juhana, R. Munir
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引用次数: 7

Abstract

Surveillance radar network is the network of some radar station to monitor and keep watch ship/vessel traffic. The communication of these station used tcp/ip over internet and local area network. The security system is an important part that can not be ignored for network communication. This paper proposed a prototype of security system for surveillance radar network, which is handling the security of communications over the Internet between a radar station to master station. The system is designed to protect the radar data against unauthorized parties. From the previous work, there was a weakness in the pseudorandom number generator. The generated number could not satisfy the randomness, it might be raise a security problem. Thus, Pseudorandom Number Generator (PNRG) using chaos algorithm was added to strengthen the salt cryptographic scheme. The analysis of result will be discussed to obtain the advantages of new system. Finally, a layered security system has been developed by taking advantage of a variety of encryption algorithms to get the best protection for the security of surveillance radar network communication.
基于混沌算法的监控雷达网络通信安全系统
监视雷达网络是由一些雷达站组成的网络,用于监视和监视船舶的交通。这些站点的通信采用tcp/ip协议,通过internet和局域网进行通信。安全系统是网络通信中不可忽视的重要组成部分。本文提出了一种用于监视雷达网络的安全系统原型,该系统主要处理雷达站与主站之间通过Internet进行通信的安全问题。该系统旨在保护雷达数据不受未经授权方的干扰。从之前的工作来看,伪随机数生成器有一个弱点。生成的数字不能满足随机性,可能会引起安全问题。因此,加入了使用混沌算法的伪随机数生成器(PNRG)来增强盐密码方案。对结果进行分析,得出新系统的优点。最后,利用多种加密算法构建了分层的安全系统,为监控雷达网络通信的安全提供了最好的保护。
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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