Technology - investing in creative destruction New technologies enable us to do things cheaper, better and faster – creating new markets, but in the process often destroying old ones. This process continues to accelera

Source URL: www.fundexpertsforum.com

• Henderson Group
• Aegon UK
• Icelandic krna
• Economy of the United Kingdom

Poster: PredicTor: Predicting Fast Circuits For A Faster User Experience in Tor Armon Barton, Mohsen Imani, Matthew Wright, and Jiang Ming I. I NTRODUCTION Tor is a low-latency anonymity system designed for TCPbased appl

Source URL: www.ieee-security.org

• Computing
• Internet
• Statistical classification
• Free software
• Dark web
• Secure communication
• Tor
• Relay
• K-nearest neighbors algorithm
• Outline of machine learning
• Bandwidth
• .tor

Faster multiplication in Z2m[x] on Cortex-M4 to speed up NIST PQC candidates

Source URL: cryptojedi.org

• Mathematics
• Algebra
• Abstract algebra
• Multiplication
• Polynomials
• ToomCook multiplication
• NTRUEncrypt
• Multiplication algorithm
• Karatsuba algorithm
• Division algorithm
• Resultant
• XTR

ZKBoo: Faster Zero-Knowledge for Boolean Circuits Irene Giacomelli Jesper Madsen Claudio Orlandi

Source URL: eprint.iacr.org

• Cryptography
• Computational complexity theory
• Randomized algorithms
• Zero-knowledge proof
• IP
• Proof of knowledge
• Non-interactive zero-knowledge proof
• Secure multi-party computation
• Soundness
• Commitment scheme
• Probabilistically checkable proof
• NP

Faster multiplication in Z2m[x] on Cortex-M4 to speed up NIST PQC candidates

Source URL: kannwischer.eu

• Mathematics
• Algebra
• Abstract algebra
• Multiplication
• Polynomials
• ToomCook multiplication
• NTRUEncrypt
• Multiplication algorithm
• Karatsuba algorithm
• Division algorithm
• Resultant
• XTR

London • Wednesday 28 November • 6.30pm Faster Fusion: Fact or Fantasy? Dr Alan Costley, Tokamak Energy The need for carbon-free sources of energy is well established and fusion power is

Source URL: www.iop.org

• Quantum mechanics
• Physics
• Astrophysics
• Soap bubble
• Nature

Asymptotically faster quantum algorithms to solve multivariate quadratic equations Daniel J. Bernstein1 and Bo-Yin Yang2 1 Department of Computer Science

Source URL: precision.moscito.org

• Mathematics
• Algebra
• Equations
• Linear algebra
• Monomial
• Ordinary differential equations
• Recurrence relation
• Equation solving
• Elementary algebra
• Equation
• System of linear equations
• Algebraic curve

CONTINUED FRACTIONS AND LATTICE SIEVING JENS FRANKE, THORSTEN KLEINJUNG Abstract. We present a new method of lattice sieving which we expect to be faster by a constant factor than the method of Pollard, and which has bee

Source URL: www.hyperelliptic.org

• Integer factorization algorithms
• Mathematics
• Computing
• Quadratic sieve
• Software engineering
• NC
• General number field sieve
• Pure
• Euclidean algorithm

vRAM: Faster Verifiable RAM With Program-Independent Preprocessing Yupeng Zhang∗ , Daniel Genkin† , ∗ , Jonathan Katz∗ , Dimitrios Papadopoulos‡ , ∗ and Charalampos Papamanthou∗ ∗ University † Universi

Source URL: web.eecs.umich.edu

Mike Izbicki About Me My research makes machine learning algorithms faster. I’ve developed improved data structures for nearest neighbor queries and faster distributed learning procedures. I use techniques from high di

Source URL: izbicki.me

• Cybernetics
• Computing
• Technology
• Software engineering
• Computational neuroscience
• International Conference on Machine Learning
• Outline of machine learning
• Machine learning
• Haskell
• University of California
• Riverside
• Artificial intelligence