World-leaders in Cryptography - Phillip Rogaway
Dive into the groundbreaking work of cryptography pioneer Phillip Rogaway, exploring his contributions to random oracles, symmetric key modes, and ethical considerations in the field.
Innovations in Theoretical Computer Science 2020 - Session 8
Explore cutting-edge research in theoretical computer science, including cryptography, obfuscation, and secure computation. Gain insights into novel concepts and techniques shaping the field.
Innovations in Theoretical Computer Science 2020 - Session 5
Explore cutting-edge research in theoretical computer science, including secure computation, communication protocols, coding theory, and fault-tolerant algorithms presented at ITCS 2020.
Privacy and Zero-Knowledge Proofs - Session Overview
Explore privacy and Zero-Knowledge Proofs (ZKP) in this comprehensive session, covering fundamental concepts and advanced applications in cryptography and blockchain technology.
MPC Round Efficiency - Session 2
Explore cutting-edge advancements in Multi-Party Computation round efficiency at this Crypto 2023 session, chaired by Antigoni Polychroniadou.
Oblivious Random Access Memory (ORAM) - Session 1
Explore cutting-edge developments in Oblivious Random Access Memory (ORAM) presented at Crypto 2023, featuring innovative research and insights from leading cryptography experts.
ORAM 2 - Oblivious Random Access Memory Advancements
Explore cutting-edge developments in Oblivious Random Access Memory (ORAM) technology at this Crypto 2023 session, chaired by Niv Gilboa.
Fully Homomorphic Encryption - AC 2023 Session
Explore cutting-edge advancements in fully homomorphic encryption at this IACR session, delving into secure computation techniques and their real-world applications.
On Black-Box Knowledge-Sound Commit-and-Prove SNARKs
Explore cutting-edge research on Black-Box Knowledge-Sound Commit-And-Prove SNARKs in this remote presentation from Asiacrypt 2023, delving into advanced cryptographic concepts.
Simple Threshold Fully Homomorphic Encryption From LWE With Polynomial Modulus - Asiacrypt 2023
Explore a novel approach to threshold encryption using LWE with polynomial modulus, offering insights into advanced cryptographic techniques and their applications.
Compressing Vector OLE
Explore secure two-party protocols for vector oblivious linear evaluation, its applications, and improvements in pseudorandom correlations and sparse vector-OLE generation.
Secure Outsourced Matrix Computation and Application to Neural Networks
Explore practical solutions for encrypted matrix operations in homomorphic encryption, including novel encoding methods and efficient evaluation strategies for basic matrix arithmetic and neural networks.
Multiparty Computation 2
Explore advanced multiparty computation techniques, including stacked garbling and improved primitives, in this in-depth presentation and discussion.
Blazing Fast OT for Three-Round UC OT Extension
Explore a novel three-round UC OT extension protocol, offering improved efficiency and security for secure two-party computation in cryptographic applications.
Secure Computation
Explore resource-restricted cryptography, efficient constructions, and secure computation techniques in this comprehensive overview of advanced cryptographic concepts.
Cryptographic Protocols and Secure Computation I
Explore cryptographic protocols, secure computation, and their applications in communication. Delve into PRFs, gap assumptions, and two-party computation concepts.
Succinct and Adaptively Secure ABE for Arithmetic Branching Programs from k-Lin
Explores advanced cryptographic techniques for secure attribute-based encryption in arithmetic branching programs, focusing on adaptive security and efficiency improvements.
Succinct Non-Interactive Secure Computation
Explore cutting-edge advancements in secure two-party computation, focusing on non-interactive protocols and achieving malicious security while maintaining succinctness.
Fast Large Scale Honest Majority MPC for Malicious Adversaries
Explore advanced techniques for secure multi-party computation, focusing on fast, large-scale protocols resistant to malicious adversaries. Learn about cheating detection, optimization, and efficient sum-of-products computation.
SecFloat- Accurate Floating-Point Meets Secure 2-Party Computation
Explore SecFloat, a novel approach combining accurate floating-point arithmetic with secure two-party computation, enhancing privacy-preserving data analysis and machine learning.
GraphSC: Parallel Secure Computation Made Easy
Parallel secure computation framework for efficient, oblivious execution of graph-based algorithms on large datasets, enabling practical big data analysis with minimal privacy leakage.