PDF Document

Source URL: www.siam.org

• Numerical analysis
• Interpolation
• Numerical linear algebra
• Partial differential equations
• Computational science
• Polynomial interpolation
• Numerical integration
• Relaxation
• Multigrid method
• Discrete Fourier transform
• Numerical differentiation
• Singular value decomposition

Posters at ADPatrick E. Farrell (Department of Earth Science and Engineering, Imperial College London, UK): Automating the adjoint of finite element discretisations In this work we demonstrate the capability of

Source URL: www.autodiff.org

• Mathematics
• Mathematical analysis
• Academia
• Operations research
• Differential calculus
• Automatic differentiation
• Computer algebra
• Applied mathematics
• Numerical analysis
• Finite element method
• Mathematical optimization
• Linear programming

JAR manuscript No. (will be inserted by the editor) Proving Tight Bounds on Univariate Expressions with Elementary Functions in Coq Érik Martin-Dorel · Guillaume Melquiond

Source URL: www.lri.fr

• Computer algebra
• Computer arithmetic
• Algebra
• Numerical analysis
• Polynomials
• Interval arithmetic
• Automatic differentiation
• Floating point
• Polynomial
• Remainder
• Symbolic computation
• Interval

NDL-v2.0: A New Version of the Numerical Differentiation Library for Parallel Architectures P. E. Hadjidoukasa,∗, P. Angelikopoulosa , C. Voglisb , D. G. Papageorgiouc , I. E. Lagarisb a

Source URL: cse-lab.ethz.ch

Numerical Differentiation The aim of numerical differentiation is to obtain an approximation for the derivative of a function at a point in terms of function values in one of the following contexts: when the function is

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JuMP: A MODELING LANGUAGE FOR MATHEMATICAL OPTIMIZATION IAIN DUNNING, JOEY HUCHETTE, MILES LUBIN ∗

Source URL: www.optimization-online.org

• Mathematical optimization
• Operations research
• Numerical software
• Computer algebra systems
• AMPL
• Algebraic modeling language
• Linear programming
• Gurobi
• Automatic differentiation
• Nl
• Pyomo
• SCIP

Certifying Solutions for Numerical Constraints Eva Darulova and Viktor Kuncak ? EPFL

Source URL: lara.epfl.ch

• Differential calculus
• Numerical analysis
• Functions and mappings
• Automatic differentiation
• Computer algebra
• Affine arithmetic
• Interval arithmetic
• Derivative
• Integral
• Mathematics
• Mathematical analysis
• Calculus

Supporting Numerical Computations in Interactive Contexts  Michael Gleicher Andrew Witkin School of Computer Science Carnegie Mellon University

Source URL: www.graphicsinterface.org

• Differential calculus
• Automatic differentiation
• Matrix
• Derivative
• Mathematical optimization
• Lagrange multiplier
• Generalizations of the derivative
• Numerical analysis
• Vector space
• Mathematics
• Mathematical analysis
• Algebra

The Journal Volume 2/2, DecemberA peer-reviewed, open-access publication of the R Foundation

Source URL: journal.r-project.org

• Differential calculus
• Ordinary differential equations
• Numerical analysis
• Dynamical systems
• Differential algebraic equation
• Numerical methods for ordinary differential equations
• Partial differential equation
• Stochastic differential equation
• Backward differentiation formula
• Calculus
• Mathematical analysis
• Differential equations

Finite differences (cont.)

Source URL: ocw.mit.edu

• Finite differences
• Interpolation
• Finite difference method
• Finite difference
• Polynomials
• Numerical differentiation
• Partial differential equation
• Polynomial interpolation
• Computational fluid dynamics
• Mathematical analysis
• Mathematics
• Numerical analysis