Design of Intermediate-level Primitives for Electronic Voting and Multi-party Protocols, Ph.D. Dissertation Sharif University of Technology ; Salmasizadeh, Mahmoud (Supervisor)
Abstract
In this thesis, intermediate-level cryptographic primitives of multi-proxy multi-signatures and proxy signatures with message recovery with different applications in multi-party protocols such as electronic voting are considered. To save bandwidth, improve efficiency and ensure the accuracy of design, four factors: employing identity-based settings, independency of signature size to the number of signers in multi-proxy multi-signature schemes, transmission of signatures without messages in proxy signature schemes and presenting provable security are vital. On
one hand, to take advantage of identity-based cryptosystems to improve efficiency, designing schemes without bilinear pairings is... Cataloging briefDesign of Intermediate-level Primitives for Electronic Voting and Multi-party Protocols, Ph.D. Dissertation Sharif University of Technology ; Salmasizadeh, Mahmoud (Supervisor)
Abstract
In this thesis, intermediate-level cryptographic primitives of multi-proxy multi-signatures and proxy signatures with message recovery with different applications in multi-party protocols such as electronic voting are considered. To save bandwidth, improve efficiency and ensure the accuracy of design, four factors: employing identity-based settings, independency of signature size to the number of signers in multi-proxy multi-signature schemes, transmission of signatures without messages in proxy signature schemes and presenting provable security are vital. On
one hand, to take advantage of identity-based cryptosystems to improve efficiency, designing schemes without bilinear pairings is... Find in contentBookmark
|
|