THE MODULI SPACE OF CURVES, DOUBLE HURWITZ NUMBERS, AND FABER’S INTERSECTION NUMBER CONJECTURE I. P. GOULDEN, D. M. JACKSON AND R. VAKIL Abstract. We define the dimension 2g − 1 Faber-Hurwitz Chow/homology classes on

Source URL: math.stanford.edu

• Abstract algebra
• Algebraic curves
• Riemann surfaces
• ELSV formula
• Permutations
• String theory
• Moduli space
• Moduli of algebraic curves
• Riemann–Hurwitz formula
• Algebraic geometry
• Moduli theory
• Geometry

Clustering permutations by Exponential Blurring Mean-Shift algorithm Le Bao and Marina Meil˘a Department of Statistics University of Washington Seattle, WA[removed]

Source URL: www.stat.washington.edu

• Permutation
• K-means clustering
• Statistics
• Permutations
• Estimation theory
• Statistical theory
• Permutation pattern
• Mathematics
• Combinatorics
• Abstract algebra

  Newsletter of the AUMS

Source URL: www.aums.org.au

• Prime number
• Mersenne prime
• Number
• Digital root
• Permutations
• Mathematics
• Integer sequences
• Number theory

STIRLING1 Renvoie le nombre cyclique de Stirling dit de première espèce qui dénombre les permutations de n objets distincts contenant exactement k cycles. Syntaxe

Source URL: fordom.free.fr

A combinatorial problem motivated by a data transmission application Torleiv Kløve, Institutt for informatikk, Univ. of Bergen Abstract A permutation array of length n is a set of permutations of n elements such that an

Source URL: www.nik.no

• Matrix
• Array programming
• Permutations
• Array data structure
• Costas array
• Mathematics
• Algebra
• Array data type

A SHORT PROOF OF THE λg -CONJECTURE WITHOUT GROMOV-WITTEN THEORY: HURWITZ THEORY AND THE MODULI OF CURVES I. P. GOULDEN, D. M. JACKSON AND R. VAKIL Abstract. We give a short and direct proof of Getzler and Pandharipande

Source URL: math.stanford.edu

• Permutations
• Mathematical analysis
• Partial differential equation
• Mathematics
• ELSV formula
• Moduli theory

Improved Cryptanalysis of AES-like Permutations Jérémy Jean1 , María Naya-Plasencia2 , and Thomas Peyrin3 École Normale Supérieure, France INRIA Paris-Rocquencourt, France Nanyang Technological University, Singapore

Source URL: eprint.iacr.org

• Cryptographic hash functions
• Permutations
• NIST hash function competition
• Grøstl
• Combinatorics
• Advanced Encryption Standard
• Block cipher
• SHA-1
• SHA-2
• Cryptography
• Mathematics
• Error detection and correction

Consensus Ranking with Signed Permutations Marina Meila University of Washington Seattle WA 98195

Source URL: jmlr.org

• Permutation
• Inversion
• Factorial
• Permutation pattern
• Mathematics
• Combinatorics
• Permutations

Deterring Voluntary Trace Disclosure in Re-encryption Mix Networks Philippe Golle PARC [removed]

Source URL: crypto.stanford.edu

• Combinatorics
• Abstract algebra
• Permutation
• Verifiable secret sharing
• Advantage
• Mix network
• Parity of a permutation
• Mathematics
• Permutations
• Cryptography

Examples [removed] March 9, 2015 Reference: Scilab codes availables at http://clerc.maurice.free.fr/Maths/index.htm, Combinatorial tools section. Let us suppose we have two permutations of the integers (1

Source URL: clerc.maurice.free.fr

• Abstract algebra
• Cycle
• P2
• Mathematics
• Permutations
• Combinatorics