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Performance of WiMAX Security Algorithm (The Comparative Study of RSA Encryption Algorithm with ECC Encryption Algorithm)

机译:WiMAX安全算法的性能(RSA加密算法与ECC加密算法的比较研究)

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IEEE 802.16, known as WiMax, is at the top of communication technology drive because it is gaining a great position in the next generation of wireless networks. Due to the evolution of new technologies wireless is not secured as like others networking technologies. A lot of security concerns are needed to secure a wireless network. By keeping in mind the importance of security, the WiMax working groups has designed several security mechanisms to provide protection against unauthorized access and malicious threats, but still facing a lot of challenging situations. An authentication and authorization model provides protection for a network or technology and protects its resources from unauthorized use. This paper examines the threats which are associated with MAC layer and physical layer of WiMax and also proposes some enhancements to the existing model for improving the performance of the encryption algorithm. The paper proposes some techniques in the existing model to enhance its functionality and capability. Simulation is done using Qualnet4.5 simulation tool and the results are given at the end.
机译:被称为WiMax的IEEE 802.16在通信技术领域处于领先地位,因为它在下一代无线网络中占有重要地位。由于新技术的发展,没有像其他联网技术一样确保无线安全。要保护无线网络,需要考虑很多安全问题。考虑到安全性的重要性,WiMax工作组设计了几种安全机制来提供保护,以防止未经授权的访问和恶意威胁,但仍然面临许多挑战。身份验证和授权模型为网络或技术提供保护,并保护其资源免遭未经授权的使用。本文研究了与WiMax的MAC层和物理层相关的威胁,并提出了一些对现有模型的增强措施,以提高加密算法的性能。本文提出了现有模型中的一些技术,以增强其功能和能力。使用Qualnet4.5仿真工具进行仿真,并在最后给出结果。

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