Cryptographic Applications of Capacity Theory - On the Optimality of Coppersmith's Method
Explore cryptographic applications of capacity theory, focusing on Coppersmith's Method optimality. Covers auxiliary polynomials, Minkowski theorem, and Cantor-Bromley capacity theory.
A Key Recovery Attack on MDPC with CCA Security Using Decoding Errors
Explore key recovery attacks on MDPC codes with CCA security, focusing on decoding errors and their implications for cryptographic systems.
A Tale of Two Shares - Why Two Share Threshold Implementation Seems Worthwhile - and Why It Is Not
Explore the pros and cons of two-share threshold implementation in cryptography, examining its potential benefits and hidden drawbacks.
Cryptographic Reverse Firewall via Malleable Smooth Projective Hash Functions
Explore malleable smooth projective hash functions and their application in cryptographic reverse firewalls, enhancing security in potentially compromised environments.
Efficient Public-Key Cryptography with Bounded Leakage and Tamper Resilience
Explore advanced cryptographic techniques for enhancing security against leakage and tampering attacks in public-key systems, presented by experts at Asiacrypt 2016.
Public-Key Cryptosystems Resilient to Continuous Tampering and Leakage of Arbitrary Functions
Explore advanced cryptographic techniques for creating resilient public-key systems that withstand continuous tampering and leakage of arbitrary functions.
Side Channel Analysis Protection and Low Latency in Action - Case Study of PRINCE and Midori
Explore side channel analysis protection and low latency techniques through case studies of PRINCE and Midori cryptographic algorithms.
Characterisation and Estimation of the Key Rank Distribution in the Context of Side Channel Attacks
Explores key rank distribution in side-channel attacks, proposing improved evaluation methods for cryptographic implementations' security against such threats.
Taylor Expansion of Maximum Likelihood Attacks for Masked and Shuffled Implementations
Explore advanced cryptographic attack techniques using Taylor expansion on masked and shuffled implementations, enhancing understanding of maximum likelihood attacks in cryptography.
A New Algorithm for the Unbalanced Meet in the Middle Problem
Explore an innovative algorithm addressing the unbalanced meet-in-the-middle problem, enhancing cryptographic analysis and problem-solving techniques.
Reverse Cycle Walking and Its Applications
Explore reverse cycle walking in cryptography, its applications, and analysis of mixing time using path coupling. Learn about format-preserving encryption and matching exchange processes.
Cryptography in Vietnam in the French and American Wars
Explore the historical use of cryptography during Vietnam's conflicts with France and the US, offering insights into wartime communication strategies and code-breaking techniques.
Iterated Random Oracle - A Universal Approach for Finding Loss in Security Reduction
Explore iterated random oracles as a universal approach for finding loss in security reductions, focusing on IND-computational hard problems and their applications in cryptography.
Multi Input Functional Encryption with Unbounded Message Security
Explore advanced cryptographic techniques for secure multi-input functional encryption, focusing on unbounded message security and its applications in modern cryptography.
Multi Key Homomorphic Authenticators
Explore multi-key homomorphic authenticators for secure cloud computing, covering problem description, properties, security modeling, and recent advancements in cryptography.
NIZKs with an Untrusted CRS Security in the Face of Parameter Subversion
Explore parameter subversion in NIZKs with untrusted CRS, examining security implications and potential solutions in cryptographic protocols.
Partitioning via Non Linear Polynomial Functions - More Compact IBEs from Ideal Lattices
Explore advanced cryptography concepts including adaptive security, simulation trapdoors, and Fourier IBE in this technical talk on partitioning via non-linear polynomial functions for compact IBEs from ideal lattices.
Verifiable Functional Encryption
Explore functional encryption, its security aspects, and verifiability challenges. Learn about classical encryption, IND security, and innovative approaches to address drawbacks in functional encryption schemes.
How to Obtain Fully Structure Preserving Automorphic Signatures from Structure Preserving Ones
Explore techniques for transforming structure preserving signatures into fully structure preserving automorphic signatures, enhancing cryptographic security and efficiency in digital signature schemes.
From Identification to Signatures, Tightly - A Framework and Generic Transforms
Explore a framework for transforming identification schemes into signature schemes, with a focus on tight security and generic transformations in cryptography.
Towards Tightly Secure Lattice Short Signature and Id Based Encryption
Explore lattice-based cryptography for secure short signatures and ID-based encryption. Learn about tight security reductions, SIS problem, and innovative signature schemes.