sci.math.num-analysis

Thread Index

Re: Gauss-Newton, nonlinear function and curve fitting
- From: Rainer von Seggern
Re: 2D and 3D spline coefficient computation
- From: Peter Spellucci
Re: PDE's - Heat Flow - Examples
- From: Peter Spellucci
Re: computing geodesics, geodesic distances
- From: David L. Wilson
Re: Haybaler problem... !?
- From: Robert Israel
Re: PDE's - Heat Flow - Examples
- From: ox_f1
Re: double precision RNGs
- From: George Marsaglia
Re: Haybaler problem... !?
- From: Everett M. Greene
Re: sparse matrix algorithm in C++
- From: Victor Eijkhout
Re: PDE's - Heat Flow - Examples
- From: Olin Perry Norton
2D and 3D spline coefficient computation
- From: Tom
PDE's - Heat Flow - Examples
- From: ox_f1
Re: Numerical methods in geophysics
- From: victor . prosolin
Re: Numerical methods in geophysics
- From: Tom
computing geodesics, geodesic distances
- From: g.wall
Re: Numerical methods in geophysics
- From: richard . koolhans
Re: Gauss-Newton, nonlinear function and curve fitting
- From: Phil Sherrod
Gauss-Newton, nonlinear function and curve fitting
- From: andrej360
Re: Sparse Matrices
- From: Bjørn-Ove Heimsund
Re: X*Y=X and sum(X)=1
- From: Hélio CB
Re: X*Y=X and sum(X)=1
- From: Helmut Jarausch
Re: finite difference scheme
- From: Torsten Hennig
Re: X*Y=X and sum(X)=1
- From: meris300
Numerical methods in geophysics
- From: bowo
**theory-edge** mailing list
- From: vznuri
Re: I need help on Delaunay triangulation
- From: Harmonic Software
Re: X*Y=X and sum(X)=1
- From: Roy Stogner
Re: Haybaler problem... !?
- From: Shuai King
X*Y=X and sum(X)=1
- From: meris300
Re: finite difference scheme
- From: Peter Spellucci
Haybaler problem... !?
- From: Shuai King
HOMEWORK
- From: Leticia
Re: Double precision random number generator in Fortran 77
- From: Raymond Toy
Re: finite difference scheme
- From: sakhan
Re: finite difference scheme
- From: sakhan
Re: Is Francis (inventor of QR algorithm) still alive?
- From: Ivan Oseledets
Re: Equality constraint ab=0, either a=0 or b=0
- From: Erwin Kalvelagen
Re: I need help to find minimal result
- From: Erwin Kalvelagen
Re: I need help to find minimal result
- From: bland
Equality constraint ab=0, either a=0 or b=0
- From: ikuyasu
Re: I need help to find minimal result
- From: bland
I need help to find minimal result
- From: fangvv
Re: number sequence with non-repeating sums
- From: Robert Israel
number sequence with non-repeating sums
- From: rwbogosian
Re: orthonormal bases
- From: Ron Shepard
Re: orthonormal bases
- From: Hans Mittelmann
Re: orthonormal bases
- From: Gordon Sande
Re: orthonormal bases
- From: Helmut Jarausch
orthonormal bases
- From: Caerwyn Esgydiad
Re: I need help on Delaunay triangulation
- From: jonasforssell
Re: finite difference scheme
- From: Torsten Hennig
Re: finite difference scheme
- From: Peter Spellucci
finite difference scheme
- From: sakhan
sparse matrix algorithm in C++
- From: gigs
Re: I need help on Delaunay triangulation
- From: Michael Hennebry
Re: I need help on Delaunay triangulation
- From: Sudarshan Raghunathan
Re: I need help on Delaunay triangulation
- From: jonasforssell
Re: I need help on Delaunay triangulation
- From: jonasforssell
Re: I need help on Delaunay triangulation
- From: Georg Baum
Re: I need help on Delaunay triangulation
- From: carlos
Re: I need help on Delaunay triangulation
- From: Sudarshan Raghunathan
Re: I need help on Delaunay triangulation
- From: jon
Re: Double precision random number generator in Fortran 77
- From: robin
I need help on Delaunay triangulation
- From: jonasforssell
Re: how to solve this problem about minimal result?
- From: Peter Spellucci
Re: how to solve this problem about minimal result?
- From: Torsten Hennig
Re: WHAT IS THE CUBE ROOT OF INVENTORY?
- From: Julian V. Noble
Re: Special Matrix Names????
- From: Benjamin Wüthrich
Re: how to solve this problem about minimal result?
- From: fangvv
Re: WHAT IS THE CUBE ROOT OF INVENTORY?
- From: JohnCreighton_
Re: matrix question
- From: Robert Israel
matrix question
- From: metoo
Re: how to solve this problem about minimal result?
- From: Peter Spellucci
netlib / laso
- From: Uwe Schmitt
Re: gsl and complex number
- From: Bill Shortall
Re: PowerMod Question
- From: Dana
how to solve this problem about minimal result?
- From: fangvv
Re: PowerMod Question
- From: Dana
gsl and complex number
- From: Aleramo
Re: PowerMod Question
- From: Dana
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: carlos
Re: fast matrix library
- From: Harmonic Software
Re: Double precision random number generator in Fortran 77
- From: Harmonic Software
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: Harmonic Software
Re: PowerMod Question
- From: Dave Rusin
Re: PowerMod Question
- From: Carl Barron
Re: 2nd derivative FD discretisations
- From: Peter Spellucci
Re: Help with non-linear optimization
- From: Peter Spellucci
Re: numerical differentiation
- From: Peter Spellucci
Re: I think numbers should be more colorful !
- From: Jose Maria Gonzalez Ondina
Re: I think numbers should be more colorful !
- From: Phil Hobbs
PowerMod Question
- From: Dana
Re: Special Matrix Names????
- From: ~Glynne
New mathematics/physical sciences positions at http://jobs.phds.org, November 21, 2005
- From: PhDs . org Webmaster
Re: 2nd derivative FD discretisations
- From: Leslaw Bieniasz
Re: Special Matrix Names????
- From: Jose Maria Gonzalez Ondina
Re: 95% Ellipse in Mathlab
- From: bland
95% Ellipse in Mathlab
- From: Amir
solving numerical Paraxial waive equation
- From: kiwi
Re: Special Matrix Names????
- From: malabar_carotte
weird equivalent
- From: malabar_carotte
Re: FEM Meshing Problem
- From: Roy Stogner
Re: FEM Meshing Problem
- From: Sudarshan Raghunathan
Re: Double precision random number generator in Fortran 77
- From: George Marsaglia
Re: fast matrix library
- From: Evgenii Rudnyi
Re: Need formula for 4-point Gauss integration
- From: Karl
Re: FEM Meshing Problem
- From: StupidGeek
Re: FEM Meshing Problem
- From: StupidGeek
Re: Need formula for 4-point Gauss integration
- From: David Wilkinson
Re: FEM Meshing Problem
- From: StupidGeek
Re: fast matrix library
- From: John Herman
Need formula for 4-point Gauss integration
- From: voica
Call for Papers in Nanotechnology Journal
- From: nstcchat
Re: fast matrix library
- From: Bill Shortall
Re: Double precision random number generator in Fortran 77
- From: os2_user
fast matrix library
- From: Heath Gerhardt
Help with non-linear optimization
- From: Roman Werpachowski
Re: Linearizing a nonlinear equation (damped oscillation)
- From: Phil
Re: FEM Meshing Problem
- From: Sudarshan Raghunathan
Re: about approximation of a signal
- From: Phil
Re: 2nd derivative FD discretisations
- From: Bruce Scott TOK
Re: Curve Fitting : Power Series vs PW Poly
- From: Phil
Re: Why this is so difficult to do curve fitting?
- From: Phil
Re: numerical differentiation
- From: Gulcin Muslu
Sparse Matrices
- From: max_ny
Re: numerical differentiation
- From: N. Shamsundar
Re: Multilinear regression - techniques and performance
- From: renderer
numerical differentiation
- From: Gulcin Muslu
Re: Multilinear regression - techniques and performance
- From: Peter Spellucci
Re: Double precision random number generator in Fortran 77
- From: George Marsaglia
Re: Multilinear regression - techniques and performance
- From: renderer
Re: 2nd derivative FD discretisations
- From: Peter Spellucci
CFP
- From: LDV
2nd derivative FD discretisations
- From: Leslaw Bieniasz
Re: Multilinear regression - techniques and performance
- From: Peter Spellucci
Re: approximation of n-order polynom in 3d space
- From: Peter Spellucci
Re: obtaining eigenvectors
- From: Peter Spellucci
Re: FEM Meshing Problem
- From: Peter Spellucci
Re: FEM Meshing Problem
- From: Roy Stogner
Re: Extrapolation formulae
- From: David Wilkinson
Re: obtaining eigenvectors
- From: carlos
Re: FEM Meshing Problem
- From: carlos
Re: Extrapolation formulae
- From: Robert Israel
Re: Extrapolation formulae
- From: LC Killingbeck
Re: truncation error of scheme
- From: vsgdp
Optimizing Vegas
- From: Tommy Nordgren
Multilinear regression - techniques and performance
- From: renderer
Re: approximation of n-order polynom in 3d space
- From: Ray Koopman
Re: Extrapolation formulae
- From: AA Institute
Re: lp_solve question
- From: DP
Re: lp_solve question
- From: Robert Israel
Re: Are there any FEM packages which can solve 3D fourth-order problems with user defined element?
- From: Roy Stogner
Re: approximation of n-order polynom in 3d space
- From: N. Shamsundar
Re: Double precision random number generator in Fortran 77
- From: Duane Bozarth
Re: approximation of n-order polynom in 3d space
- From: frank_kuhn
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: N. Shamsundar
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER (drifting OT)
- From: N. Shamsundar
lp_solve question
- From: Wing
Re: approximation of n-order polynom in 3d space
- From: N. Shamsundar
Re: Extrapolation formulae
- From: N. Shamsundar
approximation of n-order polynom in 3d space
- From: frank_kuhn
Re: Double precision random number generator in Fortran 77
- From: Dave Seaman
Re: Double precision random number generator in Fortran 77
- From: os2_user
Re: Extrapolation formulae
- From: John D'Errico
Re: Extrapolation formulae
- From: David Wilkinson
obtaining eigenvectors
- From: Idwel Sasbanoch
Extrapolation formulae
- From: AA Institute
Re: Double precision random number generator in Fortran 77
- From: os2_user
Are there any FEM packages which can solve 3D fourth-order problems with user defined element?
- From: Xiangrui Meng
FEM Meshing Problem
- From: StupidGeek
Re: SVD, Divide and Conquer, LAPACK, DGELSD problem
- From: Victor Eijkhout
Re: Double precision random number generator in Fortran 77
- From: paul v birke
Re: Double precision random number generator in Fortran 77
- From: os2_user
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: nandu
Re: SVD, Divide and Conquer, LAPACK, DGELSD problem
- From: CheJJ
Re: SVD, Divide and Conquer, LAPACK, DGELSD problem
- From: bv
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: bv
Decomposition of objective function
- From: Koeppl Heinz
Re: SVD, Divide and Conquer, LAPACK, DGELSD problem
- From: Harmonic Software
SVD, Divide and Conquer, LAPACK, DGELSD problem
- From: CheJJ
Re: Double precision random number generator in Fortran 77
- From: N. Shamsundar
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: N. Shamsundar
Re: Cholesky factorization for Sparse matrix
- From: Evgenii Rudnyi
Re: truncation error of scheme
- From: vsgdp
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: nandu
Use minimization Marquardt algorithm including statistical correlations
- From: voica
Re: Double precision random number generator in Fortran 77
- From: Hugo Pfoertner
Re: Double precision random number generator in Fortran 77
- From: Everett M. Greene
Re: Cholesky factorization for Sparse matrix
- From: Peter Spellucci
Re: Cholesky factorization for Sparse matrix
- From: rony
Re: Cholesky factorization for Sparse matrix
- From: N. Shamsundar
Cholesky factorization for Sparse matrix
- From: rony
Re: Inhomogeneous Linear Systems with rational coefficients
- From: Peter Spellucci
Re: matrix inversion question
- From: gh14tq5@xxxxxxxxx
Re: Double precision random number generator in Fortran 77
- From: os2_user
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: andrey_alexander
Re: Double precision random number generator in Fortran 77
- From: Phillip Helbig---remove CLOTHES to reply
Re: conjugate gradient method
- From: mathforsweta@xxxxxxxxx
Inhomogeneous Linear Systems with rational coefficients
- From: mathforsweta@xxxxxxxxx
Inhomogeneous Linear Systems with rational coefficients
- From: mathforsweta@xxxxxxxxx
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: carlos
Re: Double precision random number generator in Fortran 77
- From: os2_user
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: nandu
Re: matrix inversion question
- From: Robert Israel
Re: Gauss Seidel - Strange Result - Please Help
- From: Victor Eijkhout
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: Victor Eijkhout
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: rony
Re: ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: N. Shamsundar
Re: Help with an inverse heat conduction problem
- From: N. Shamsundar
matrix inversion question
- From: gh14tq5@xxxxxxxxx
Re: Double precision random number generator in Fortran 77
- From: George Marsaglia
Re: Dense optimization
- From: Peter Spellucci
Re: FEA Mesh software
- From: Peter Spellucci
Re: truncation error of scheme
- From: Peter Spellucci
New mathematics/physical sciences positions at http://jobs.phds.org, November 14, 2005
- From: PhDs . org Webmaster
CSR-2006: Deadline set to December 11
- From: CSR-2006
Double precision random number generator in Fortran 77
- From: os2_user
Re: Produce a random solution with constraint
- From: Robert Israel
Re: conjugate gradient method
- From: Sudarshan Raghunathan
Dense optimization
- From: Fijoy George
FEA Mesh software
- From: JF
truncation error of scheme
- From: vsgdp
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: Victor Eijkhout
Produce a random solution with constraint
- From: M@x
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: rony
Re: Integral of function not defined (Matlab)
- From: bland
Re: Help with an inverse heat conduction problem
- From: Robert Israel
Re: Polynomial series expansion
- From: israel
Re: NLEQ1 troubles....
- From: Gib Bogle
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: Nicolas Neuss
Re: How to develop numerical software? (Lapack, Matlab)
- From: Bill Shortall
Re: How to develop numerical software? (Lapack, Matlab)
- From: Bill Shortall
Re: Polynomial series expansion
- From: Phil
Re: nonlinear equations
- From: Javier
Re: Polynomial series expansion
- From: giannis
Integral of function not defined (Matlab)
- From: vale
Re: NLEQ1 troubles....
- From: Rodrigo Lopez-Negrete
NLEQ1 troubles....
- From: Rodrigo Lopez-Negrete
Re: Polynomial series expansion
- From: carlos
Re: Help with an inverse heat conduction problem
- From: Roy Stogner
ORDINARY DIFFERENTIAL EQUATION SOLVER ODE++
- From: nnandini8
Re: gaussian (normal) vector generator
- From: Ray Koopman
Help with an inverse heat conduction problem
- From: Matt
Re: Polynomial series expansion
- From: Julian V. Noble
gaussian (normal) vector generator
- From: chriscow . liang
Re: Average distance to nearest neighbor in a circle
- From: cwoo
Re: Average distance to nearest neighbor in a circle
- From: Herman Rubin
Average distance to nearest neighbor in a circle
- From: vamsi
Re: Polynomial series expansion
- From: carlos
Re: Polynomial series expansion
- From: Alex. Lupas
Re: conjugate gradient method
- From: Victor Eijkhout
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: Victor Eijkhout
Re: How to develop numerical software? (Lapack, Matlab)
- From: Sudarshan Raghunathan
Re: nonlinear equations
- From: Peter Spellucci
Re: How to develop numerical software? (Lapack, Matlab)
- From: Steven Lord
Re: Polynomial series expansion
- From: Martin Eisenberg
Re: conjugate gradient method
- From: Peter Spellucci
nonlinear equations
- From: Javier
How to develop numerical software? (Lapack, Matlab)
- From: rad_google
Re: Polynomial series expansion
- From: Maurice van de Rijzen
inverse wielandt iteration
- From: satulagi
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: Nicolas Neuss
Re: number theory
- From: Robert Israel
Re: Polynomial series expansion
- From: Robert Israel
Re: Gauss legendre Quadrature - Explanation Needed - HELP
- From: Paul Abbott
Re: What is the minimal band width of 2D Laplce operator that can be achieved?
- From: Pierre Asselin
number theory
- From: Steve Gamer
number theory
- From: Steve Gamer
Re: Polynomial series expansion
- From: Phil
conjugate gradient method
- From: mathforsweta
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: Victor Eijkhout
Polynomial series expansion
- From: giannis
Re: How to follow a pattern if you know the first three...
- From: Jeff
Re: How to follow a pattern if you know the first three...
- From: Hans Mittelmann
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: Peter Spellucci
QUESTION: For Laplace 2D what is the mimimum number of Choleskey "fill in" no zero elements which can be achieved
- From: rony
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: rony
Re: Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: rony
Re: What is the minimal band width of 2D Laplce operator that can be achieved?
- From: Torsten Hennig
Question: what is the minimal band width of 2D Laplace operator that can be achieved?
- From: rony
What is the minimal band width of 2D Laplce operator that can be achieved?
- From: rony
Re: How to follow a pattern if you know the first three...
- From: Roy Stogner
Re: How to follow a pattern if you know the first three...
- From: victor . prosolin
How to follow a pattern if you know the first three...
- From: Jeff
Re: interpolation libraries needed
- From: Peter Spellucci
Re: interpolation libraries needed
- From: mhill37
Re: interpolation libraries needed
- From: Andreas Schulze
Re: interpolation libraries needed
- From: Peter Spellucci
Re: Homotopy methods for integral equations
- From: Helmut Jarausch
interpolation libraries needed
- From: Andreas Schulze
Re: Confluent hypergeometric function of 1 2 0.5
- From: Paul Abbott
Re: Calculating partial sums of p-series
- From: Peter Spellucci
Re: Help with proving convexity of a matrix function.
- From: Amit Singh
Calculating partial sums of p-series
- From: Richard Dunn
Re: incorrect convergence of qr algorithm
- From: Peter Spellucci
Re: incorrect convergence of qr algorithm
- From: BemusedbyQM
incorrect convergence of qr algorithm
- From: BemusedbyQM
LP relaxation for solving MILP problem (Please HELP)
- From: Esther
LP relaxation for solving MILP problem (Please HELP)
- From: Esther
Re: Solving laplace's equation in a highly rectangular grid
- From: Torsten Hennig
Re: Help with proving convexity of a matrix function.
- From: Robert Israel
Re: Solving laplace's equation in a highly rectangular grid
- From: Olin Perry Norton
Help with proving convexity of a matrix function.
- From: Amit Singh
Re: Solving laplace's equation in a highly rectangular grid
- From: David Wilkinson
Solving laplace's equation in a highly rectangular grid
- From: cjk32
Re: product of matrices
- From: Peter Spellucci
New mathematics/physical sciences positions at http://jobs.phds.org, November 07, 2005
- From: PhDs . org Webmaster
Homotopy methods for integral equations
- From: Niels L Ellegaard
Re: help with finite difference implementation
- From: vsgdp
product of matrices
- From: Hong
help with finite difference implementation
- From: vsgdp
Re: solver for sparse matrix
- From: Victor Eijkhout
Re: free stiff ODE solver for large problems
- From: Marc Dansereau
Re: solver for sparse matrix
- From: Robert Israel
Re: solver for sparse matrix
- From: Peter Spellucci
solver for sparse matrix
- From: Oana
Re: free stiff ODE solver for large problems
- From: Rolf Wester
Re: methods for eigenvalues of tridiagonal matrix
- From: rad_google
Re: backward euler derivative BCs
- From: Torsten Hennig
backward euler derivative BCs
- From: vsgdp
Re: Finding eigenvectors of large matricies
- From: israel
Re: free stiff ODE solver for large problems
- From: bvoh
Re: Solving Sigma Equation
- From: Dana DeLouis
Re: what is a normal eigenproblem
- From: Julian V. Noble
Re: Finding eigenvectors of large matricies
- From: Brian Borchers
Re: free stiff ODE solver for large problems
- From: Peter Spellucci
Re: Finding eigenvectors of large matricies
- From: Sam Mason
Re: free stiff ODE solver for large problems
- From: Rolf Wester
Re: free stiff ODE solver for large problems
- From: Torsten Hennig
Re: free stiff ODE solver for large problems
- From: Rolf Wester
Re: free stiff ODE solver for large problems
- From: Torsten Hennig
Virtual Community for the Simulation and the Numerical Modeling - Italian Group of Discussion and Research
- From: Gabriele Martufi
free stiff ODE solver for large problems
- From: Rolf Wester
Re: Finding eigenvectors of large matricies
- From: Peter Spellucci
Re: what is a normal eigenproblem
- From: Alois Steindl
Re: what is a normal eigenproblem
- From: rad_google
Re: what is a normal eigenproblem
- From: Ron Shepard
Re: methods for eigenvalues of tridiagonal matrix
- From: carlos
what is a normal eigenproblem
- From: rad_google
Re: methods for eigenvalues of tridiagonal matrix
- From: Sudarshan Raghunathan
Re: Finding eigenvectors of large matricies
- From: Robert Israel
Re: methods for eigenvalues of tridiagonal matrix
- From: gvdeynde
Re: Integer solution for fract equation
- From: Robert Israel
Re: Finding eigenvectors of large matricies
- From: Sam Mason
Re: methods for eigenvalues of tridiagonal matrix
- From: carlos
Re: Finding eigenvectors of large matricies
- From: Sam Mason
Re: Integer solution for fract equation
- From: Raymond Toy
Integer solution for fract equation
- From: Stefano
methods for eigenvalues of tridiagonal matrix
- From: Gert Van den Eynde
ordenation of the complex numbers
- From: carloman
Re: Gauss legendre Quadrature - Explanation Needed - HELP
- From: carlos
Re: Gauss legendre Quadrature - Explanation Needed - HELP
- From: carlos
Re: how to generate a 2d random number for a given distribution?
- From: Julian V. Noble
Re: Truth about math and science
- From: Julian V. Noble
Re: Gauss legendre Quadrature - Explanation Needed - HELP
- From: Harmonic Software
Re: Gauss legendre Quadrature - Explanation Needed - HELP
- From: N. Shamsundar
Re: QR algorithm with explicit shifts
- From: Peter Spellucci
how to generate a 2d random number for a given distribution?
- From: fangvv
Re: Finding eigenvectors of large matricies
- From: Joe Smith
Re: Finding eigenvectors of large matricies
- From: N. Shamsundar
Re: Truth about math and science
- From: BemusedbyQM
Truth about math and science
- From: Hunttheloser
Re: Finding eigenvectors of large matricies
- From: Sam Mason