Centrally Banked Cryptocurrencies George Danezis (University College London) Sarah Meiklejohn (University College London) who’s interested in ‘blockchain’?

Source URL: smeiklej.com

Centrally Banked Cryptocurrencies George Danezis Sarah Meiklejohn University College London

Source URL: smeiklej.com

• Cryptocurrencies
• Economy
• Money
• Alternative currencies
• Finance
• Digital currencies
• Payment systems
• Bitcoin
• Blockchain
• Unspent transaction output
• Ethereum
• Ripple

Succinct Malleable NIZKs and an Application to Compact Shuffles Melissa Chase (MSR Redmond) Markulf Kohlweiss (MSR Cambridge) Anna Lysyanskaya (Brown University) Sarah Meiklejohn (UC San Diego)

Source URL: smeiklej.com

• Cryptography
• Mathematical proofs
• Cryptographic protocols

A Fistful of Bitcoins: Characterizing Payments Among Men with No Names Sarah Meiklejohn Marjori Pomarole Grant Jordan † Kirill Levchenko Damon McCoy Geoffrey M. Voelker Stefan Savage University of California, San Diego

Source URL: smeiklej.com

• Cryptocurrencies
• Bitcoin
• Economy
• Money
• Financial technology
• Alternative currencies
• Digital currencies
• Blockchains
• Mt. Gox
• Satoshi Nakamoto
• Blockchain.info
• BitPay

Flexible Models for Secure Systems Sarah Meiklejohn A creation story Motivating scenario that founded modern cryptography:

Source URL: smeiklej.com

• Cryptography
• Transport Layer Security
• Internet
• Secure communication
• Internet Standards
• Cryptographic protocols
• Internet protocols
• TLS acceleration
• Public-key cryptography

ZKPDL: A Language-Based System for Efficient Zero-Knowledge Proofs and Electronic Cash Sarah Meiklejohn University of California, San Diego smeiklej@ cs.ucsd.edu

Source URL: www.usenix.org

• Cryptography
• Public-key cryptography
• Computational complexity theory
• Zero-knowledge proof
• Proof of knowledge
• Commitment scheme
• Non-interactive zero-knowledge proof
• IP
• Cryptographic protocol
• NP
• RSA
• Zero knowledge

Malleable Proof Systems and Applications Melissa Chase (MSR Redmond) Markulf Kohlweiss (MSR Cambridge) Anna Lysyanskaya (Brown University) Sarah Meiklejohn (UC San Diego)

Source URL: smeiklej.com

• Cryptography
• S99

A Practical Testing Framework for Isolating Hardware Timing Channels Jason Oberg∗ , Sarah Meiklejohn∗ , Timothy Sherwood† and Ryan Kastner∗ ∗ Computer Science and Engineering, University of California, San Die

Source URL: smeiklej.com

• Information flow
• Information theory
• CPU cache
• Flow
• Timing attack
• Mathematical model
• Mathematics
• Computing
• Knowledge

PDF Document

Source URL: www.sarah-hildebrand.com

PDF Document

Source URL: www.sarah-hildebrand.com