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Structure / Group signature / Random oracle / Ciphertext indistinguishability / Model theory / Oracle machine / Undeniable signature / Blind signature / Cryptography / Ring signature / Digital signature


(Convertible) Undeniable Signatures without Random Oracles Tsz Hon Yuen1 , Man Ho Au1 , Joseph K. Liu2 , and Willy Susilo1 1 Centre for Computer and Information Security Research
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Document Date: 2009-09-24 21:57:54


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File Size: 207,29 KB

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Company

Furukawa / /

Country

Australia / /

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Facility

Software Engineering University of Wollongong Wollongong / /

IndustryTerm

confirmation/disavowal protocols / disavowal protocols / individual verification algorithm / t-time algorithm / generation algorithm / setup algorithm / universal verification algorithm / individual conversion algorithm / disavowal protocol / universal conversion algorithm / witness indistinguishable protocol / confirmation protocol / /

Organization

Computer Science and Software Engineering University of Wollongong Wollongong / Computer and Information Security Research School of Computer Science / Centre for Computer / /

Person

Ho Au / Willy Susilo / Joseph K. Liu / Willy Susilo Unforgeability Strong / /

Technology

confirmation protocol / disavowal protocol / disavowal protocols / key generation algorithm / public key / 3-move witness indistinguishable protocol / t-time algorithm / signing algorithm / 3-move protocol / anonymous hierarchical identity-based encryption / individual verification algorithm / setup algorithm / individual conversion algorithm / secret key / universal verification algorithm / Simulation / universal conversion algorithm / Deny protocol / following algorithms / Confirm protocol / four algorithms / 3-move confirmation/disavowal protocols / interactive protocol / /

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