Titlebook: Security and Cryptography for Networks; 11th International C Dario Catalano,Roberto De Prisco Conference proceedings 2018 Springer Nature S

Optometrist

Jingoism

Conference proceedings 2018 in September 2018..The 30 papers presented in this volume were carefully reviewed and selected from 66 submissions. They are organized in topical sections on signatures and watermarking; composability; encryption; multiparty computation; anonymity and zero knowledge; secret sharing and oblivious tr

边缘

Conference proceedings 2018tions on signatures and watermarking; composability; encryption; multiparty computation; anonymity and zero knowledge; secret sharing and oblivious transfer; lattices and post quantum cryptography; obfuscation; two-party computation; and protocols..

纪念

0302-9743 opical sections on signatures and watermarking; composability; encryption; multiparty computation; anonymity and zero knowledge; secret sharing and oblivious transfer; lattices and post quantum cryptography; obfuscation; two-party computation; and protocols..978-3-319-98112-3978-3-319-98113-0Series ISSN 0302-9743 Series E-ISSN 1611-3349

palpitate

Fully Anonymous Group Signature with Verifier-Local RevocationR-GS scheme from a digital signature scheme, a key-private public key encryption scheme, and a non-interactive zero-knowledge proof system. Moreover, we give a fully anonymous VLR-GS scheme with backward unlinkability, which ensures that even after a user is revoked, signatures produced by the user before the revocation remain anonymous.

transplantation

GENUS

Fully Anonymous Group Signature with Verifier-Local Revocationeferring to information regarding revoked users. Although there have been several proposals of VLR-GS schemes since the first scheme proposed by Boneh and Shacham [CCS 2004], all of these schemes only achieve a security notion called ., which is strictly weaker than the de facto standard security no

Osmosis

jumble

Unforgeable Watermarking Schemes with Public Extractionextraction algorithm enabling one to extract embedded information from a marked program. The main security properties of watermarking schemes include unremovability and unforgeability. However, all current watermarking schemes achieving both properties simultaneously require the extraction algorithm

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