Titlebook: Applied Cryptography and Network Security; 4th International Co Jianying Zhou,Moti Yung,Feng Bao Conference proceedings 2006 Springer-Verla

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Probabilistic Proof of an Algorithm to Compute TCP Packet Round-Trip Time for Intrusion Detectionpropose and prove a clustering algorithm to compute the RTTs of the Send packets of a TCP interactive session, and show that this approach can compute RTTs with both high matching-rate and high matching-accuracy.

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Efficient Memory Bound Puzzles Using Pattern Databasesand as a result, allow us to easily tune parameters that impact puzzle creation and verification costs. Moreover, unlike prior approaches, we address client-side cost and present an extension that allows memory constrained clients (e.g., PDAs) to implement our construction in a secure fashion.

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An AES Smart Card Implementation Resistant to Power Analysis Attacksssful attack. This expected number of measurements is tunable. The designer can choose the amount of randomization and thereby increase the number of measurements. This article also includes a practical evaluation of the countermeasures. The results prove the theoretical assessment of the countermeasures to be correct.

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Engineering Dynamic 3D Models of Lung protocol is more efficient than the recent protocol of Abdalla and Pointcheval (FC?2005), proven in the random oracle model. We also observe some limitations in the model due to Abdalla, Fouque and Pointcheval (PKC?2005) for proving security of such protocols.

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Jonathan P. Bowen,Zhiming Liu,Zili Zhangasure is well-suited for tamper-resistant implementations of RSA or DSA, without significant penalty in terms of speed compared to commonly implemented methods. Thanks to its high efficiency and flexibility, our method can be implemented on various platforms, from smartcards with low-end processors to high-performance servers.

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