Titlebook: High Performance Scientific and Engineering Computing; Proceedings of the I Hans-Joachim Bungartz,Franz Durst,Christoph Zenger Conference p

tricuspid-valve

書目名稱High Performance Scientific and Engineering Computing影響因子(影響力)




書目名稱High Performance Scientific and Engineering Computing影響因子(影響力)學科排名




書目名稱High Performance Scientific and Engineering Computing網絡公開度




書目名稱High Performance Scientific and Engineering Computing網絡公開度學科排名




書目名稱High Performance Scientific and Engineering Computing被引頻次




書目名稱High Performance Scientific and Engineering Computing被引頻次學科排名




書目名稱High Performance Scientific and Engineering Computing年度引用




書目名稱High Performance Scientific and Engineering Computing年度引用學科排名




書目名稱High Performance Scientific and Engineering Computing讀者反饋




書目名稱High Performance Scientific and Engineering Computing讀者反饋學科排名

武器

A. Walther,A. Griewanka simple guess-and-determine approach which is efficient enough against these generators..We also present an implemented attack on Trifork, this time using lattice-based techniques. We show it cannot have more than 64 bits of security, hence it is not cryptographically secure.

parsimony

foreign

B. Huurdeman,S. N?gele,V. Reichenberger,H. Rentz-Reichertose our own scheme, ULISS (Unlinkable Limited Invisible Sanitizable Signature), then show that it verifies these properties. This extension of SaS can not only improve current use cases, but also introduce new ones, ., restricting the number of changes in a document within a certain timeframe.

AMBI

M. Meinke,Th. Rister,F. Rütten,A. Schvorak relying on ORAM. Our key idea is to keep track of the states of updates and the deletion information inside the secure enclave to prevent the leakage from the server. To speed up, we further leverage a compressed data structure to maintain a sketch of addition operations in the enclave to facilitat

DENT

M. Franke,Th. Rung,L. Xue,F. Thiele relying on ORAM. Our key idea is to keep track of the states of updates and the deletion information inside the secure enclave to prevent the leakage from the server. To speed up, we further leverage a compressed data structure to maintain a sketch of addition operations in the enclave to facilitat

可憎

U. Becker-Lemgau,M. G. Hackenberg,W. Joppich,S. Mijalkovi?,B. Steckel,Th. Sontowski,R. Tilch relying on ORAM. Our key idea is to keep track of the states of updates and the deletion information inside the secure enclave to prevent the leakage from the server. To speed up, we further leverage a compressed data structure to maintain a sketch of addition operations in the enclave to facilitat

Definitive

Clinch

DAUNT

cing and revoking pirate rebroadcasts and (ii) by presenting the first efficient constructions of tracing and revoking pirate rebroadcasts that are capable of performing tracing for . of traitors and revoking . of users. We present three instantiations of our framework: our first construction achiev