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Titlebook: Lehrbuch der Kinderheilkunde von; R. Degkwitz,E. Glanzmann,B. Rudder,E. Rominger Book 1950Latest edition Springer-Verlag Berlin Heidelberg

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enough resources like computation power and bandwidth which are needed to maintain their quality of service. This inability is exploited by the attackers in the form of Denial of Service attacks (DoS) and Distributed Denial of Service attacks (DDoS). The systems trying to mitigate DoS attacks shoul
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R. Degkwitzdoubling algorithm. It is not obvious how to construct a halving algorithm, due to the complicated addition formula of hyperelliptic curves. In this paper, we propose the first halving algorithm used for HECC of genus 2, which is as efficient as the previously known doubling algorithm. From the expl
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F. Kloseneural networks suffer from adversarial examples generated to attack them. However, most of the generation approaches either assume that the attacker has full knowledge of the neural network model or are limited by the type of attacked model. In this paper, we propose a new approach that generates a
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E. Romingerr users. These retrieving users may not be online at the point of the file upload, and in fact they may never come online at all. In this asynchronous environment, key transport appears to be at odds with any demands for forward secrecy. Recently, Boyd et al. (ISC 2018) presented a protocol that all
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R. Degkwitzneural networks suffer from adversarial examples generated to attack them. However, most of the generation approaches either assume that the attacker has full knowledge of the neural network model or are limited by the type of attacked model. In this paper, we propose a new approach that generates a
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B. de Rudderny cryptographic constructions such as zero-knowledge proof systems and various types of signature schemes. Unlike number-theoretic constructions, CID in the lattice setting usually forces provers to abort and repeat the whole authentication process once the distribution of the computed response doe
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