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Titlebook: Cryptology and Network Security; 11th International C Josef Pieprzyk,Ahmad-Reza Sadeghi,Mark Manulis Conference proceedings 2012 Springer-V

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n adversary to recover the key by using a standard time-memory trade-off strategy. On its best setting the attack has a complexity as low as 2 ·2., while this should be 2. for a good scheme. Taking AES-128 as an example this would result in an attack with complexity of 2..
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very much relevant to the design of animated CAPTCHAs. In this paper, we show that animated CAPTCHAs not designed with this principle in mind can be easily be broken using simple techniques to extract individual characters from the animation frames. We present our experimental results on attacking 13 existing animated CAPTCHAs.
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nfrastructure. Building on a secure unauthenticated 1-round 2-party key establishment . with perfect forward secrecy as auxiliary input, . is transformed into an authenticated group key establishment protocol with perfect forward secrecy and with one more round than ..
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eaches of the trust infrastructure. We had simplicity, flexibility, and scalability in mind, solving the problem within the context of the protocol (with the underlying goal of embedding the solution in the TLS layer) with minor field changes, minimal cryptographic additions, no interaction with other protocol layers, and no added trusted parties.
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Organische Werkstoffe. Kunststoffe, than the contents, of the intersection – we denote this problem as Private Set Intersection Cardinality (PSI-CA). This paper explores a few PSI-CA variations and constructs several protocols that are more efficient than the state-of-the-art.
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