Marcus canonical integral for non-Gaussian processes and its computation: Pathwise simulation and tau-leaping algorithm Tiejun Li, Bin Min, and Zhiming Wang Citation: J. Chem. Phys. 138, ); doi:

Source URL: dsec.pku.edu.cn

OPTIMIZATION APPROACHES TO QUADRATURE: NEW CHARACTERIZATIONS OF GAUSSIAN QUADRATURE ON THE LINE AND QUADRATURE WITH FEW NODES ON PLANE ALGEBRAIC CURVES, ON THE PLANE AND IN HIGHER DIMENSIONS CORDIAN RIENER AND MARKUS SCH

Source URL: cordian.bplaced.net

• Algebra
• Mathematics
• Numerical integration
• Functions and mappings
• Linear algebra
• Numerical analysis
• Field theory
• Gaussian quadrature
• Integral
• Convex cone
• Limit of a function
• Norm

IEEE TRANSACTIONS ON GEOSCIENCE AND REMOTE SENSING, VOL. 40, NO. 11, NOVEMBERWind Velocity Observation With a CW Doppler Radar Matti Lassas, Mustapha Mataich, Samuli Siltanen, and Erkki Somersalo

Source URL: www.siltanen-research.net

• Mathematical analysis
• Integral transforms
• Radar
• Wind
• Measuring instruments
• Targeting
• Hodograph
• Doppler radar
• Wave
• Doppler effect
• Radon transform
• Gaussian function

iuteich-summit-program.pdf

Source URL: www.kurims.kyoto-u.ac.jp

• Number theorists
• Number theory
• Algebraic geometry
• Shinichi Mochizuki
• Ivan Fesenko
• Abc conjecture
• Anabelian geometry
• Theta function
• Gaussian integral
• Inter-universal Teichmller theory

c 2008 Society for Industrial and Applied Mathematics
SIAM REVIEW Vol. 50, No. 1, pp. 67–87

Source URL: people.maths.ox.ac.uk

• Numerical integration
• ClenshawCurtis quadrature
• Gaussian quadrature
• Chebyshev polynomials
• NewtonCotes formulas
• Approximation theory
• Integral
• Polynomial interpolation
• Fourier transform
• Numerical analysis
• Adaptive quadrature
• GaussKronrod quadrature formula

HOMEWORK David F. Gleich February 28, 2016 purdue university · csnumerical analysis

Source URL: www.cs.purdue.edu

• Numerical integration
• Gaussian quadrature
• ClenshawCurtis quadrature
• NewtonCotes formulas
• Integral
• Quadrature
• Chebfun
• Numerical analysis
• Monte Carlo integration
• GaussJacobi quadrature
• Adaptive quadrature

1 Derivation of Band-Limited Expressions Given a shader function f (x) and a band-limiting kernel k(x, w) where w describes the width of the kernel, we wish to determine the convolution function

Source URL: www.connellybarnes.com

• Mathematical analysis
• Mathematics
• Special functions
• Fourier analysis
• Exponentials
• Gaussian function
• Periodic function
• Integral transform
• Sine
• Fourier series

THE ENUMERATION OF PLANAR GRAPHS VIA WICK’S THEOREM MIHYUN KANG1 AND MARTIN LOEBL2 Abstract. A seminal technique of theoretical physics called Wick’s theorem interprets the Gaussian matrix integral of the products of

Source URL: iti.mff.cuni.cz

Advanced Scientific Computing Research FY 2004 Accomplishment Fast Volume Integration Based on the Pre-Corrected FFT L. J. Gray*, Oak Ridge National Laboratory Jian Ding and Wenjing Ye, Georgia Institute of Technology

Source URL: www.csm.ornl.gov

• Digital signal processing
• Integral
• Fast Fourier transform
• Gaussian quadrature
• Partial differential equation
• Boundary element method
• Mathematical analysis
• Mathematics
• Numerical integration

6 Catalogue of Transformations We conclude with a list of image transformations in the picture language for popi. We make full use of the defaults for indexing, so old [x , y ] is abbreviated

Source URL: spinroot.com

• Integrals
• Ordinary differential equations
• Differential calculus
• Gaussian function
• Gaussian integral
• Multiple integral
• Calculus
• Mathematical analysis
• Integral calculus