A SECURE AUTHENTICATION SCHEME FOR CLOUD COMPUTING BASED ON UNIQUE IDENTITY BASED APPROACH

Farnaz Khatoon, Srinivasa H.P

Abstract: In critical edge social orders, the quantity of users has significantly ascended as of late. In this paper, a proficient validation scheme for appropriated cloud computing services is projected. The future scheme gives safety measures and accommodation to user to get to numerous mobile cloud computing services beginning different administration suppliers . The security quality of the proposed scheme depends on Diffie hellmann. In expansion, the scheme underpins common validation, key trade, user ambiguity, and user untraceability. From framework execution perspective, confirm tables are not necessary for the trusted Authentication server and cloud computing administration suppliers while receiving the projected method. In result, this system lessens the use of memory spaces on these comparing administration suppliers. In one user verification assembly, just the focused on cloud administration supplier needs to correspond with the supervision requestor. The trusted Authentication server as the protected key merchant for appropriated cloud administration suppliers. In the future method, the trusted Authentication server is not included in individual user confirmation development. With this outline, our method diminishes verification preparing time obligatory by correspondence and calculation connecting cloud administration suppliers and conventional trusted outsider administration.

Keywords: Authentication Scheme, Mobile Cloud Computing Services, User Anonymity, User Untraceability.

DOI: https://doi.org/10.15623/ijret.2016.0516013