Titlebook: Cryptology and Network Security; 12th International C Michel Abdalla,Cristina Nita-Rotaru,Ricardo Dahab Conference proceedings 2013 Springe

HAUNT

glowing

Enterprise Application Integration (EAI), of the Rubik’s cube. We will define a public key identification scheme based on this problem, in the case of the Rubik’s cube, when the number of moves is fixed to a given value. Our scheme consists of an interactive protocol which is zero-knowledge argument of knowledge under the assumption of the

描繪

Workflow-based Integration (WfbI),o design several novel non-interactive zero-knowledge (NIZK) arguments. We obtain the first range proof with constant communication and subquadratic prover’s computation. We construct NIZK arguments for .-complete languages, ., . and ., with constant communication, subquadratic prover’s computation

暫時(shí)中止

Workflow-based Integration (WfbI), case of GAKE – the pairing-based one-round tripartite authenticated key exchange (3AKE), recently gains much attention of research community due to its strong security. Several pairing-based one-round 3AKE protocols have recently been proposed to achieve provable security in the g-eCK model. In con

frozen-shoulder

Enterprise Application Integration (EAI),.e. a fair outcome). Prior rational secret reconstruction protocols for non-simultaneous channel only address the case where a fair outcome is preferred over misleading and hence are fair but not correct. Asharov and Lindell (2010) proposed the first and the only protocol that takes care of both the

initiate

鑲嵌細(xì)工

Workflow-based Integration (WfbI),hich treats the server as a trusted party, suggests two fundamental properties, “owner privacy” and “server consistency”, and two different modes of revocation, implicit and explicit. Through black-box experimentation, we determine Facebook’s implementation for resource access control and we analyze

尖叫

Workflow-based Integration (WfbI),ments) are highly sensitive and can be abused by malicious entities, without the knowledge of the device user, in the form of insider attacks (such as malware) and/or outsider attacks (such as unauthorized reading and relay attacks)..In this paper, we present a novel application permission granting

NICHE

Workflow-based Integration (WfbI),ing selective opening attacks (SOA-K). This connection helps intuitively explain their impossibility results and also allows us to prove stronger ones. To fill this gap and move us closer to the (laudable) goal of a general and achievable notion of FE security, we seek and provide two “sans SOA-K” d

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