A security framework for brokerless publish subscribe system using identity based signcryption

P. Anusree, S. Sreedhar
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引用次数: 3

Abstract

Publish subscribe communication paradigm has been recognized as the most promising communication paradigms for information dissemination in large scale distributed environment. It has been used in a variety of applications ranging from personalized information dissemination to a wide range of group communications. So publish subscribe system needs to fulfill the basic security demands of these information dissemination applications. Confidentiality, authentication, data integrity and non repudiation are the most important security services in security environment. Encryption and signature are the basic cryptographic tools for achieving these security services in communication system. This paper presents a novel approach to provide all the basic aspects of security such as confidentiality, authentication, integrity and Non-repudiation in broker-less content based publish subscribe system along with forward secrecy and unforgeability. The scheme use identity based signcryption technique and that can effectively reduces the computational cost and communication overhead.
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使用基于身份的签名加密的无代理发布订阅系统的安全框架
发布订阅通信范式已被公认为是大规模分布式环境中最有前途的信息传播通信范式。它已被用于各种应用,从个性化信息传播到广泛的群体通信。因此,发布订阅系统需要满足这些信息传播应用的基本安全需求。机密性、身份验证、数据完整性和不可否认性是安全环境中最重要的安全服务。加密和签名是通信系统中实现这些安全服务的基本密码学工具。提出了一种在无代理的基于内容的发布订阅系统中提供机密性、身份验证、完整性和不可否认性等所有基本安全方面的新方法,并具有前向保密性和不可伪造性。该方案采用基于身份的签名加密技术,可以有效地降低计算成本和通信开销。
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