Description
Book Synopsis.- Position Paper.
.- Cryptography and Collective Power.
.- Zero-Knowledge Proofs and Distributed Computation.
.- Post-Quantum Zero-Knowledge with Space-Bounded Simulation.
.- Adaptive UC NIZK for Practical Applications.
.- Fast elliptic curve scalar multiplications in SN(T)ARK circuits.
.- Great-LaKeys: An Improved Threshold-PRF and a Novel Exponent-VRF from LWR.
.- Quantum and Post-Quantum Cryptography.
.- Orient Express: Using Frobenius to Express Oriented Isogenies.
.- Improved algorithms for ascending isogeny volcanoes, and applications.
.- The Tate Profile.
.- Extending Regev’s quantum algorithm to elliptic curves.
.- The role of piracy in quantum proofs.
.- Symmetric-Key Cryptography and Attacks.
.- (Im)Possibility of Symmetric Encryption against Coordinated Algorithm Substitution Attacks and Key Exfiltration.
.- A Simple Forgery Attack on Pelican.
.- From at Least $n/3$ to at Most $3sqrt{n}$: Correcting the Algebraic Immunity of the Hidden Weight Bit Function.
.- Machine Learning and Cryptanalysis.
.- Generic Partial Decryption as Feature Engineering for Neural Distinguishers.
.- Extracting Some Hidden Layers of Deep Neural Networks in the Hard-Label Setting.
.- Implementation and Efficiency.
.- Rhizomes and the Roots of Efficiency – Improving Prio.
.- Runtime Code Generation for Constant-Time Secret-Indexed Array Accesses: Applications to PERK and NTRU.
