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Design and Implementation of Key Distribution Algorithms of Public Key Cryptography for Group Communication in Grid Computing

机译:网格计算中小组通信关键密钥加密关键分配算法的设计与实现

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The group communication involves the association of various nodes to perform various tasks that depend on communication and resources sharing. In a group communication secured resource sharing should be ensured. In order to have a secured communication a simple and competent security methods are vital. The centralized authentication is required for preventing the hackers from intruding the group. To prevent the different attack in the network and to determine the effectiveness of the key management algorithms like access control polynomial are already in use. This paper proposes design and implementation of key distribution algorithm for secure communication in Grid Computing. This paper gives details of implementation of algorithms using Euclidian and prime number based key generation. The time and security analysis for group communication using the proposed algorithms have been carried out and reported.
机译:该组通信涉及各种节点的关联,以执行依赖于通信和资源共享的各种任务。在组中,应确保核心安全资源共享。为了具有安全的通信,简单且主管的安全方法是至关重要的。防止黑客侵入该组所需的集中式身份验证。为了防止网络中的不同攻击并确定键管理算法的有效性,如访问控制多项式已经使用。本文提出了在网格计算中的密钥分配算法的设计与实现。本文提供了使用基于欧几里德和素数的密钥生成实现算法的详细信息。已经进行了使用所提出的算法进行组通信的时间和安全性分析,并报告。

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