A stateful implementation of a random function supporting parity queries over hypercubes Andrej Bogdanov and Hoeteck Wee Computer Science Division University of California, Berkeley {adib,hoeteck}@cs.berkeley.edu

Source URL: www.cse.cuhk.edu.hk

RANGE, PARITY AND PERIODICITY 5 minute review. Recap the definition of a function, and the meaning of domain, range, even/odd functions and periodicity. Warm-up. An open box is made by folding a square piece of card of

Source URL: engmaths.group.shef.ac.uk

Certifying RSA Saqib A. Kakvi, Eike Kiltz, and Alexander May Faculty of Mathematics Horst G¨ ortz Institute for IT-Security Ruhr University Bochum, Germany

Source URL: www.cits.rub.de

• Cryptography
• Permutations
• Combinatorics
• Trapdoor function
• NC
• RSA
• Optimal asymmetric encryption padding
• Permutation
• Parity of a permutation
• Factorial
• Integer factorization

ALIQUOT SEQUENCES WITH SMALL STARTING VALUES WIEB BOSMA Abstract. We describe the results of the computation of aliquot sequences with small starting values. In particular all sequences with starting values less than a m

Source URL: www.math.ru.nl

• Mathematics
• Number theory
• Integer sequences
• Discrete mathematics
• Divisor function
• Aliquot sequence
• Sequence
• Perfect number
• Amicable numbers
• Parity
• Prime number
• 11

An earlier version of this paper appeared in EurocryptSecurity/Efficiency Tradeoffs for Permutation-Based Hashing Phillip Rogaway1 and John Steinberger2 1

Source URL: web.cs.ucdavis.edu

• Cryptography
• Cryptographic hash functions
• Information retrieval
• Search algorithms
• Hashing
• Permutations
• Error detection and correction
• Hash function
• Advantage
• Birthday attack
• Parity of a permutation
• One-way compression function

Post-processing procedure for industrial quantum key distribution systems arXiv:E.O. Kiktenko1,2 , A.S. Trushechkin2,3 , R.U. Valiev1,4 , Y.V. Kurochkin1 , and A.K. Fedorov1,2 1 Russian

Source URL: ctcrypt.ru

• Quantum information science
• Quantum cryptography
• Error detection and correction
• Cryptography
• Coding theory
• Quantum key distribution
• Low-density parity-check code
• BB84
• Hash function
• Alexander Holevo

PARITY OF THE PARTITION FUNCTION IN ARITHMETIC PROGRESSIONS, II Matthew Boylan and Ken Ono Appearing in the Bulletin of the London Mathematical Society. Abstract. Let p(n) denote the ordinary partition function. Subbarao

Source URL: www.mathcs.emory.edu

PARITY OF THE PARTITION FUNCTION Ken Ono Abstract. Let p(n) denote the number of partitions of a non-negative integer n. A well-known conjecture asserts that every arithmetic progression contains infinitely many integer

Source URL: www.mathcs.emory.edu

SpringHomework #7: Chapterspts] 5pts for each decision tree, -2 if majority function includes extra nodes Parity Function

Source URL: www.cse.lehigh.edu