Titlebook: Information Security and Privacy; 29th Australasian Co Tianqing Zhu,Yannan Li Conference proceedings 2024 The Editor(s) (if applicable) and

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书目名称Information Security and Privacy影响因子(影响力)学科排名




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书目名称Information Security and Privacy网络公开度学科排名




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书目名称Information Security and Privacy被引频次学科排名




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书目名称Information Security and Privacy年度引用学科排名




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书目名称Information Security and Privacy读者反馈学科排名

火海

Automatic Quantum Multi-collision Distinguishers and Rebound Attacks with Triangulation Algorithmical collision attacks. This observation led to attacks for more rounds on some .-like hash functions. In this paper, we quantize the multi-collision distinguisher proposed by Biryukov, Khovratovich, and Nikolić at CRYPTO 2009, and propose quantum multi-collision distinguishers. We use CP-tool to au

acheon

Palliation

An Efficient Hardware Implementation of Crystal-Dilithium on FPGAther candidates, Dilithium is well-suited for hardware implementation, primarily due to its avoidance of floating-point operations and the distribution of coefficients over a finite field with a small prime. Nevertheless, its practical implementations still face challenges due to its demanding polyn

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Pushing the Limit of Vectorized Polynomial Multiplications for NTRU Primespecify a fixed number of registers, each holding a power-of-two number of bits, and support a wide variety of vector arithmetic on registers. Programmers then try to align mathematical computations with the vector arithmetic supported by the designated instruction set or extension. We delve into th

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Jumping for Bernstein-Yang Inversion processor architectures: Cortex-A53, Cortex-A72, Cortex-A76 and Apple M1. We utilize the . divison steps of the constant-time GCD algorithm from Bernstein and Yang (TCHES’19) and optimize underlying polynomial multiplication of various lengths to improve the efficiency for computing polynomial inve

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observatory

Revisiting the Security of Fiat-Shamir Signature Schemes Under Superposition Attacksved from secure identification (ID) schemes. However, the existing security proof only takes into account . signing queries and does not consider ., where the signing oracle is quantum-accessible to the adversaries. Alagic et al. proposed a security model called . (BUF, Eurocrypt’20), regarded as a

实现

Improved Lattice-Based Attack on Mersenne Low Hamming Ratio Search Problemnce the existing lattice-based attack on the Mersenne low Hamming ratio search problem. Unlike the previous approach of directly employing lattice reduction algorithm, we apply the lattice-based method to solving polynomial equations derived from the above problem. We extend the search range for vul