A fast algorithm for computing the p-curvature Alin Bostan Xavier Caruso Éric Schost

Source URL: www.csd.uwo.ca

• Polynomials
• Algebra
• Finite fields
• Computer algebra
• Linear differential equation
• Recurrence relation
• Envelope
• Matrix
• XTR
• Matrix exponential
• Polynomial greatest common divisor

Introduction Fractions of Recurrence Operators Algorithms Conclusion and Future Works Chebyshev Expansions for Solutions of Linear Differential Equations Alexandre Benoit, Joint work with Bruno Salvy

Source URL: issac2009.kias.re.kr

• Algebra
• Orthogonal polynomials
• Approximation theory
• Chebyshev polynomials
• Recurrence relation
• Numerical analysis
• Chebfun
• Polynomial
• Differential equation
• Integral
• Pafnuty Chebyshev
• Chebyshev equation

Points on a Circle Problem We randomly distribute n points on the circumference of a circle. What is the probability that they will all fall in a common semi-circle? Solution

Source URL: mathproblems.info

• Probability distributions
• Algebra
• Recurrence relation
• Theory of computation
• Eschatology
• Combinatorics

Microsoft Word - IBSKDS full.doc

Source URL: foibg.com

• Linear algebra
• Abstract algebra
• Transformation
• Vectors
• Mathematical physics
• Matrix
• Eigenvalues and eigenvectors
• Linear map
• Norm
• Affine transformation
• Recurrence relation
• Inner product space

ON A FAMILY OF THREE TERM NONLINEAR INTEGER RECURRENCES ˝ AND J. M. THUSWALDNER P. KIRSCHENHOFER, A. PETHO, Abstract. In the present paper we study sequences defined by the recurrence relation  

Source URL: institute.unileoben.ac.at

508 IEEE of E are equal to those of the known vector W, we can employ the Berlekamp-Massey [6], [7] algorithm to find

Source URL: www.ifp.illinois.edu

• Covariance and correlation
• Signal processing
• Fourier analysis
• Time series analysis
• Numerical analysis
• Autocorrelation
• Convolution
• Correlation function
• BerlekampMassey algorithm
• Discrete Fourier transform
• Correlation and dependence
• Recurrence relation

Definability of Combinatorial Functions and Their Linear Recurrence Relations Extended Abstract T. Kotek ⋆

Source URL: www.cs.technion.ac.il

• Mathematics
• Algebra
• Abstract algebra
• Recurrence relation
• Theory of computation
• Rational function
• Generating function
• Factorial
• Exponentiation
• Polynomial
• KochenSpecker theorem

NumGfun: a Package for Numerical and Analytic Computation with D-finite Functions Marc Mezzarobba Algorithms Project-Team, INRIA Paris-Rocquencourt, France

Source URL: www.marc.mezzarobba.net

• Mathematics
• Mathematical analysis
• Combinatorics
• Factorial
• Hypergeometric function
• Recurrence relation
• Exponentiation
• Generating function
• Bessel function
• Logarithm
• Analytic combinatorics
• Equation solving

RIGOROUS UNIFORM APPROXIMATION OF D-FINITE FUNCTIONS USING CHEBYSHEV EXPANSIONS ALEXANDRE BENOIT, MIOARA JOLDES, AND MARC MEZZAROBBA Abstract. A wide range of numerical methods exists for computing polynomial approximati

Source URL: www.marc.mezzarobba.net

• Algebra
• Orthogonal polynomials
• Elementary algebra
• Numerical analysis
• Approximation theory
• Chebyshev polynomials
• Polynomial
• Recurrence relation
• Holonomic function
• Minimax approximation algorithm
• Rational function
• Factorization

Stream cipher A stream cipher is a symmetric cipher which operates with a time-varying transformation on individual plaintext digits. By contrast, block ciphers operate with a fixed transformation on large blocks of plai

Source URL: www.rocq.inria.fr

• Stream ciphers
• Pseudorandom number generators
• Algebra
• Error detection and correction
• Binary arithmetic
• Linear-feedback shift register
• BerlekampMassey algorithm
• Correlation attack
• Nonlinear feedback shift register
• Polynomial
• Recurrence relation
• Key generator