Titlebook: Handbuch der Gie?erei-Technik; Zweiter Band / 2. Te F. Roll (Abteilungsleiter für Gie?ereiwesen) Book 1963 Springer-Verlag OHG., Berlin/G?t

FERN

書目名稱Handbuch der Gie?erei-Technik影響因子(影響力)




書目名稱Handbuch der Gie?erei-Technik影響因子(影響力)學科排名




書目名稱Handbuch der Gie?erei-Technik網絡公開度




書目名稱Handbuch der Gie?erei-Technik網絡公開度學科排名




書目名稱Handbuch der Gie?erei-Technik被引頻次




書目名稱Handbuch der Gie?erei-Technik被引頻次學科排名




書目名稱Handbuch der Gie?erei-Technik年度引用




書目名稱Handbuch der Gie?erei-Technik年度引用學科排名




書目名稱Handbuch der Gie?erei-Technik讀者反饋




書目名稱Handbuch der Gie?erei-Technik讀者反饋學科排名

ETHER

F. Rollustness which enable both (1) . PRNGs and (2) . adversarial sources of entropy. To bypass obvious impossibility results, we make a realistic compromise by requiring that the source produce sufficient entropy . given its evaluations of the underlying primitive. We also provide natural, practical, and

Terrace

F. Rollsed ZKPs: a CRT-packing technique supporting “inter-slot” operations, and “NTT-friendly” tools that permit the use of fully-splitting rings. The former technique comes at almost no cost to the proof length, and the latter one barely increases it, which can be compensated for by tweaking the rejectio

厭食癥

F. P?lzguteration grows as .. When ., this asymptotic bound outperforms . which is the asymptotic bound proposed by Boneh, Halevi and Howgrave-Graham in Asiacrypt 2001. It is the first time that a better bound for solving MIHNP is given, which implies that the conjecture that MIHNP is hard whenever . is broken.

minaret

bacteria

packet

G. Unterberg the solution. Using our core argument system, we construct highly efficient argument systems for a variety of statements relevant to lattices, including linear equations with short solutions and matrix-vector relations with hidden matrices..Based on our argument systems, we present several new cons

細胞學

F. Roll-3 polynomials over .. We show how they can be used to construct functional encryption schemes with weak security guarantees. Finally, we use novel amplification techniques to obtain full security..As a result, we obtain . for general circuits assuming:

defenses

A. Wittmoser standard algebraic assumptions that imply public-key encryption (e.g., factoring, discrete log, or lattice assumptions). Our schemes also satisfy a number of appealing properties: public marking, public mark-extraction, and collusion resistance. Our schemes are the first to simultaneously achieve a

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