一种利用递归关系概念和模糊逻辑的无线通信安全防护方法

Anirban Bhowmik, Dr.Sunil Karforma, Joydeep Dey, Dr.Arindam Sarkar
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引用次数: 4

摘要

无线网络在公共和军事应用中发挥着重要作用。通过无线网络传输信息的安全性仍然是一个具有挑战性的问题。无线安全是设计、实现和保证无线计算机网络安全的过程。干扰和窃听是无线网络物理层的两种主要攻击。本文对无线通信的安全漏洞和威胁进行了研究,提出了提高无线网络安全性的有效综合机制。本文提出了一种基于流密码的具有递归关系的对称密钥加密和基于模糊会话密钥的无线通信加密方法,满足了无线通信的安全性等关键问题;增加对称密钥的强度。在本文中,我们使用随机字符矩阵和对称密钥之间的异或操作从对称密钥生成' n '个数的子密钥。本文利用递归关系生成随机数,这是离散数学中随机数生成的一种新方法。在这些子密钥中,我们使用模糊函数生成会话密钥。现在加密是通过使用这个会话密钥和对称密钥完成的。在这里,我们将会话密钥与对称密钥合并发送到接收端。将此合并形式发送到接收端进行解密。这里使用了一个新的身份验证方案。已经进行了不同类型的随机性测试来测试会话密钥的随机性。对该方案进行了暴力攻击分析,并与现有标准方法进行了比较研究,取得了满意的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Way of Safeguard using Concept of Recurrence Relation and Fuzzy logic against Security Breach in Wireless Communication
-Wireless networking plays an important role in public and military applications. Security of information transfer through wireless networks remains a challenging issue. Wireless security is the process of designing, implementing, and ensuring security on a wireless computer network. Jamming and eavesdropping are two primary attacks at the physical layer of a wireless network. This article offers a study on the security vulnerabilities and threats on wireless communication and an efficient comprehensive mechanism for improving the wireless network security. In this paper, a stream cipher based symmetric key encryption with recurrence relation and fuzzy based session key has been proposed for wireless communication by satisfying the key issues like security; increase the strength of symmetric key. In this article we generate ‘n’ number of sub keys from symmetric key using XOR operation between a random character matrix and symmetric key. In this article the random numbers are generated by using recurrence relation which is a new approach in random number generation in discrete mathematics. Among these sub keys we generate a session key using fuzzy function. Now the encryption is done by using this session key and symmetric key. Here we transmit the session key to the recipient end by amalgamating with the symmetric key. This amalgamated form is send to recipient end for decryption. Here a new authentication scheme is used. Different types of randomness test have been done to test the randomness of our session key. The Bruteforce attack analysis for this scheme and comparative study with existing standard methods has been done with satisfactory results.
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