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Research Paper | Mathematics | India | Volume 4 Issue 2, February 2015

An Identity-Based Secure Authenticated Framework by Using ECC in Cloud Computing

Nasheem Khan | Vinod Kumar ^[39] | Adesh Kumari ^[2]

Abstract: Cloud Computing with Elliptic Curve Cryptography (ECC) is an entirely novel area and has inconceivable scope of research. It is a talented saleable infrastructure archetype that promises to exterminate require for maintaining exclusive computing amenities by companies and institutes comparable. It has obsessed insubstantial, technical, economic, and client experience characteristics. All through the use of virtualization and resource time allocation, clouds provide with a testing position of physical resources a gargantuan client base with dissimilar requirements. However, a user uses public network for the duration of right of entry of cloud services at the same time an adversary knows how to get full control over the public network. Therefore, a user ought to advocate a mechanism in which user and server can authenticate each other and generate a safe session. In this projected protocol, user and server established a session key and can communicate securely through the public network. This recently protocol decreases the cost of computation deeply and compared with previous existing protocol. Detailed network security investigations have been made to authenticate the proficiency of the protocol. Additional, this protocol has the argument to likely attacks in cloud computing.

Keywords: Cloud Computing, Elliptic Curve Cryptography, Pairing-free Identity based Cryptosystem, Authentication, Private Key Generator and Security

Edition: Volume 4 Issue 2, February 2015,

Pages: 605 - 608

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