Boundary regularity results for variational integrals Lisa Beck∗ Abstract: We prove partial H¨ older continuity for the gradient of minimizers u ∈ W 1,p (Ω, RN ), Ω ⊂ Rn a bounded domain, of variational integr

Source URL: www.math.uni-augsburg.de

• Calculus
• Fourier analysis
• Fractional calculus
• Connection
• Sobolev inequality
• Calculus of variations
• Harmonic function
• Ordinal number
• Symbol
• Mathematical analysis
• Mathematics
• Sobolev spaces

S – Approximations of Special Functions s13aa NAG Toolbox for Matlab nag_specfun_integral_exp (s13aa)

Source URL: www.nag.com

• Exponentials
• Computer arithmetic
• Exponential integral
• Integrals
• Machine epsilon
• Natural logarithm
• Special functions
• Mathematical analysis
• Mathematics

Derivatives, Integrals, and Properties Of Inverse Trigonometric Functions and Hyperbolic Functions (On this handout, a represents a constant, u and x represent variable quantities) Derivatives of Inverse Trigonometric Fu

Source URL: www.coastal.edu

On the Dirichlet problem for variational integrals in BV Lisa Beck∗ Thomas Schmidt† Contents

Source URL: www.math.uni-augsburg.de

• Linear algebra
• Operator theory
• Fourier analysis
• Fractional calculus
• Sobolev space
• Vector space
• Ordinal number
• Calculus of variations
• Constructible universe
• Algebra
• Mathematics
• Mathematical analysis

Applications of Umbral Calculus Associated with p-Adic Invariant Integrals on Zp

Source URL: downloads.hindawi.com

• Number theory
• Smooth functions
• Appell sequence
• Bernoulli polynomials
• Distribution
• Bernoulli number
• Mathematics
• Mathematical analysis
• Polynomials

Hindawi Publishing Corporation Abstract and Applied Analysis Volume 2014, Article ID[removed], 7 pages http://dx.doi.org[removed][removed]Research Article

Source URL: downloads.hindawi.com

• Singular integrals
• Fourier analysis
• Microlocal analysis
• Hardy–Littlewood maximal function
• Oscillatory integral
• Hindawi Publishing Corporation
• Maximal function
• Integral
• Mathematical analysis
• Real analysis
• Harmonic analysis

Report no[removed]Computing Aα, log(A) and related matrix functions by contour integrals Nicholas Hale Oxford University Computing Laboratory

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

• Meromorphic functions
• Methods of contour integration
• Jacobi elliptic functions
• Gamma function
• Elliptic integral
• Integral
• Operator theory
• Grunsky matrix
• Meijer G-function
• Mathematical analysis
• Complex analysis
• Elliptic functions

Basic Theory for SPAC Method Aug.17, 2010 IISEE, BRI, Japan By T.Yokoi Pre-Symposium Training Course

Source URL: iisee.kenken.go.jp

• Differential equation
• Plane wave
• Bessel function
• Wave equation
• Common integrals in quantum field theory
• Mathematical analysis
• Fourier analysis
• Wave mechanics

Basic Theory for SPAC Method Aug.17, 2010 IISEE, BRI, Japan By T.Yokoi Pre-Symposium Training Course

Source URL: iisee.kenken.go.jp

• Differential equation
• Plane wave
• Bessel function
• Wave equation
• Common integrals in quantum field theory
• Mathematical analysis
• Fourier analysis
• Wave mechanics

FRANCIS C.S. BROWN Single-valued hyperlogarithms and unipotent differential equations. Abstract. Hyperlogarithms are iterated integrals with singularities in a finite set Σ ⊂ P1 (C), and generalise the classical poly

Source URL: www.ihes.fr

• Analytic functions
• Conformal field theory
• Lie algebras
• Knizhnik–Zamolodchikov equations
• Hypergeometric function
• Riemann–Hilbert problem
• Holomorphic function
• Monodromy
• Branch point
• Mathematical analysis
• Complex analysis
• Ordinary differential equations