In this paper, we are proposing provably secure ID-based proxy signature scheme with message recovery and we have proved that our scheme is secure as existential forgery-adaptively chosen message and ID attack.
A proxy handoff scheme based on the application-layer anycasting technique is proposed in MMTP.
As far as mobile agent security is concerned, we develop a proxy signature scheme for protecting mobile agents against malicious agent hosts.
The added value of the GSI lies in the proxy certificate scheme, which provides single sign-on, delegation, and creation of simple trust domains.
The proposed proxy signature scheme can protect users' private keys stored in smart cards, and provide the fairness of contracts signed by agents.
A proxy signature scheme, introduced by Mambo, Usuda and Okamoto, allows an entity to delegate its signing rights to another entity.
Chung, Hierarchical Access Control Based on Chinese Remainder Theorem and Symmetric Algorithm, "Computers & Security", Vol. 21, No. 6, 2002, pp. 565 570., U.P. Lei, S.C. Wang, A Study of the Security of Mambo et al.'s Proxy Signature Scheme Based on the Discrete Logarithm Problem, June 2004], hierarchical structure and Superkey [S.G.
This proxy system implements a space-efficient, computationally-secure threshold secret sharing scheme to store shares of a secret in several distinct cloud datastores.
From inception several ID-based proxy signature schemes have been discussed, but no more attention has been given to proxy signature with message recovery.
The main reason of a slight superior performance of the proxy-based scheme is its proactive nature, i.e., it allows the scheduler to run optimally by keeping the input traffic according to the system capacity.
