sci.math.num-analysis

Thread Index

Re: Root condition for polynomials
- From: Paul Abbott
Re: DDASPK problem
- From: Max
Re: What 3rd party libraries do you use most?
- From: blart
Re: DDASPK problem
- From: bv
Re: Numerical intergation of a discontinuous function
- From: David Wilkinson
Re: Numerical intergation of a discontinuous function
- From: Marc Duflot
Re: Proving the uniqueness of a co-ordinate transformation
- From: Julian
Re: Curve fitting or Interpolation: Basic question
- From: vashwath
Re: Curve fitting or Interpolation: Basic question
- From: Rusty
Re: Curve fitting or Interpolation: Basic question
- From: vashwath
Re: Curve fitting or Interpolation: Basic question
- From: Rusty
Curve fitting or Interpolation: Basic question
- From: vashwath
Root condition for polynomials
- From: temper3243
Re: What 3rd party libraries do you use most?
- From: Joe Smith
Re: Matrix multiplication on vector machine
- From: robin
Re: Numerical intergation of a discontinuous function
- From: Dave Rusin
Re: Uniform Random Vector Generator with Linear Constraints?
- From: Herman Rubin
Uniform Random Vector Generator with Linear Constraints?
- From: chessaurus
Re: Numerical intergation of a discontinuous function
- From: Robert Israel
Re: Numerical intergation of a discontinuous function
- From: David Wilkinson
Re: Proving the uniqueness of a co-ordinate transformation
- From: Bruce Scott TOK
Numerical intergation of a discontinuous function
- From: Marc Duflot
New mathematics/physical sciences positions at http://jobs.phds.org, August 29, 2005
- From: PhDs . org Webmaster
Matrix multiplication on vector machine
- From: David . Paterson
Re: What 3rd party libraries do you use most?
- From: sandravandale
Re: What 3rd party libraries do you use most?
- From: Richard Mathar
Re: Reducing the matrix calculations
- From: Ron Shepard
Re: Proving the uniqueness of a co-ordinate transformation
- From: Dave Rusin
Re: What 3rd party libraries do you use most?
- From: Duane Bozarth
Re: Proving the uniqueness of a co-ordinate transformation
- From: Bruce Scott TOK
Re: What 3rd party libraries do you use most?
- From: Bruce Scott TOK
Reducing the matrix calculations
- From: joseph Frank
Analytical criterion to the coeff of real polynomial to have complex roots?
- From: abba
Re: Calculating weights for a Patterson extension of Gauss-Kronrod quadratu
- From: wainamoinen
Re: Anybody help to share these two papers!
- From: Gordon
Anybody help to share these two papers!
- From: Zhang Hui
Re: What 3rd party libraries do you use most?
- From: bvoh
Re: Looking for a book for Computational Science
- From: Thierry Dussuet
Re: What 3rd party libraries do you use most?
- From: sandravandale
Re: Proving the uniqueness of a co-ordinate transformation
- From: nahsrad
Re: Non-equidistant x-values
- From: david . binner
Re: Looking for a book for Computational Science
- From: david . binner
Re: Looking for a book for Computational Science
- From: Julian V. Noble
Re: Looking for a book for Computational Science
- From: Duane Bozarth
Re: Proving the uniqueness of a co-ordinate transformation
- From: Bruce Scott TOK
Re: What 3rd party libraries do you use most?
- From: Bruce Scott TOK
Re: Looking for a book for Computational Science
- From: David Wilkinson
Re: Looking for a book for Computational Science
- From: Thierry Dussuet
Re: Looking for a book for Computational Science
- From: Thierry Dussuet
Re: Looking for a book for Computational Science
- From: Thierry Dussuet
Proving the uniqueness of a co-ordinate transformation
- From: Julian
What 3rd party libraries do you use most?
- From: sandravandale
Re: Looking for a book for Computational Science
- From: Jeremy Watts
Re: Non-equidistant x-values
- From: Rusty
Re: Non-equidistant x-values
- From: Rusty
Re: Looking for a book for Computational Science
- From: David Wilkinson
Re: Non-equidistant x-values
- From: Suneel
Re: Non-equidistant x-values
- From: david . binner
Looking for a book for Computational Science
- From: Thierry Dussuet
paper about Fourier Transform
- From: Frédéric Royer
Re: non-linear least squares for large scale problem
- From: Hans Mittelmann
Re: Non-equidistant x-values
- From: Rusty
Non-equidistant x-values
- From: Suneel
non-linear least squares for large scale problem
- From: almond_puding
fun with numbers
- From: Stephan
Re: Excel's XIRR function
- From: Axel Vogt
Re: "Condensing" an orthogonal basis?
- From: Zdislav V. Kovarik
Re: "Condensing" an orthogonal basis?
- From: nahsrad
Re: "Condensing" an orthogonal basis?
- From: Gordon Sande
Re: "Condensing" an orthogonal basis?
- From: jcooper
Re: "Condensing" an orthogonal basis?
- From: jcooper
Re: explanation/analysis that AA^T is well-conditioned
- From: Johan Kullstam
Re: "Condensing" an orthogonal basis?
- From: Gordo
"Condensing" an orthogonal basis?
- From: jcooper
Re: Excel's XIRR function
- From: Duane Bozarth
Re: Excel's XIRR function
- From: Howard Kaikow
New mathematics/physical sciences positions at http://jobs.phds.org, August 22, 2005
- From: PhDs . org Webmaster
Calculating weights for a Patterson extension of Gauss-Kronrod quadrature
- From: cram869
Re: Excel's XIRR function
- From: Dana
Excel's XIRR function
- From: Howard Kaikow
Re: Eigenvalues/eigenvectors for a matrix of the form (A^T)A
- From: jcooper
Re: Eigenvalues/eigenvectors for a matrix of the form (A^T)A
- From: nahsrad
Re: orthogonal polynomials relative to measures with mass point
- From: carlos
Re: orthogonal polynomials relative to measures with mass point
- From: Gert Van den Eynde
Re: Eigenvalues/eigenvectors for a matrix of the form (A^T)A
- From: Rusty
Eigenvalues/eigenvectors for a matrix of the form (A^T)A
- From: jcooper
Re: Pade Approximants
- From: Herman Rubin
Re: Pade Approximants
- From: carlos
Re: Numerically solving Dirichlet Neumann problems.
- From: s_saletic
Re: Pade Approximants
- From: Martin Eisenberg
Re: Inverse Neumann boundary condition
- From: s_saletic
Re: Pade Approximants
- From: David W . Cantrell
Re: orthogonal polynomials relative to measures with mass point
- From: carlos
Re: Inverse Neumann boundary condition
- From: Gordo
Inverse Neumann boundary condition
- From: s_saletic
orthogonal polynomials relative to measures with mass point
- From: Gert Van den Eynde
Re: Pade Approximants
- From: 7Powers
Re: Pade Approximants
- From: 7Powers
Workshop on Optimisation,Stochastic Programming and Decision Making under Uncertainty
- From: UNICOM
Re: Pade Approximants
- From: Martin Brown
Re: Pade Approximants
- From: David W . Cantrell
Re: Pade Approximants
- From: David W . Cantrell
Re: Pade Approximants
- From: carlos
Re: Pade Approximants
- From: carlos
Re: Computing basis for null space of a matrix
- From: nahsrad
Computing basis for null space of a matrix
- From: nahsrad
Re: Curve fitting square of function
- From: spasmous
minimizing algorithm for n sets of m variables with variable step
- From: Mike
Re: Pade Approximants
- From: Herman Rubin
Re: Curve fitting square of function
- From: Olin Perry Norton
Re: Unbounded Variables in GAMS code
- From: Erwin Kalvelagen
Re: Pade Approximants
- From: 7Powers
Unbounded Variables in GAMS code
- From: bose . sumit
Re: Curve fitting square of function
- From: John D'Errico
Re: functions of bounded variation in Banach spaces
- From: Michael
Unbounded Variables in GAMS code
- From: bose . sumit
Re: Newbie Qs
- From: Gert Van den Eynde
Re: functions of bounded variation in Banach spaces
- From: Ronald Bruck
Curve fitting square of function
- From: spasmous
functions of bounded variation in Banach spaces
- From: Michael
Re: explanation/analysis that AA^T is well-conditioned
- From: Herman Rubin
Re: time domain em solvers
- From: carlos
New mathematics/physical sciences positions at http://jobs.phds.org, August 15, 2005
- From: PhDs . org Webmaster
Re: time domain em solvers
- From: ugur
Re: time domain em solvers
- From: carlos
Re: time domain em solvers
- From: ugur
Re: explanation/analysis that AA^T is well-conditioned
- From: Hiu Chung Law
Re: explanation/analysis that AA^T is well-conditioned
- From: Julian V. Noble
Re: explanation/analysis that AA^T is well-conditioned
- From: Ronald Bruck
Re: time domain em solvers
- From: carlos
Re: explanation/analysis that AA^T is well-conditioned
- From: Gordon Sande
Re: explanation/analysis that AA^T is well-conditioned
- From: the invisible man in the sky
Re: explanation/analysis that AA^T is well-conditioned
- From: Ronald Bruck
Re: time domain em solvers
- From: ugur
Re: time domain em solvers
- From: ugur
Re: explanation/analysis that AA^T is well-conditioned
- From: Gordon Sande
Re: explanation/analysis that AA^T is well-conditioned
- From: Julian V. Noble
explanation/analysis that AA^T is well-conditioned
- From: Chih-Jen Lin
Smart New Scientist
- From: abhi
time domain em solvers
- From: ugur
Re: Newbie Qs
- From: Eric Lavigne
Re: a linear problem!!!
- From: Duane Bozarth
a linear problem!!!
- From: weejay
Re: Numerically solving Dirichlet Neumann problems.
- From: andy2O
Numerically solving Dirichlet Neumann problems.
- From: total idiot
Re: finite difference in complex geometry
- From: peterp
Newbie Qs
- From: kj
Re: finite difference in complex geometry
- From: Pierre Asselin
Re: finite difference in complex geometry
- From: andy2O
Re: finite difference in complex geometry
- From: nelson
Re: finite difference in complex geometry
- From: Pierre Asselin
finite difference in complex geometry
- From: nelson
finite difference method for space of large dimensions
- From: nguyenxuanson
identifiability
- From: Vicente
equality question
- From: ab@xxxxxx
Re: Help with budget curve application
- From: James Nasty
New mathematics/physical sciences positions at http://jobs.phds.org, August 08, 2005
- From: PhDs . org Webmaster
Re: Preconditioning: not pd?
- From: Martin
Re: Help with budget curve application
- From: Duane Bozarth
Re: Help with budget curve application
- From: James Nasty
Re: Any mpi based libraries?
- From: Ron Shepard
Any mpi based libraries?
- From: Yuan MEI
Re: Help with budget curve application
- From: Jeremy Watts
Re: Help with budget curve application
- From: New Guy
Help with budget curve application
- From: James Nasty
Re: Preconditioning: not pd?
- From: Victor Eijkhout
Re: Preconditioning: not pd?
- From: Helmut Jarausch
Re: Pade Approximants
- From: carlos
Eigenvalue convexity
- From: Alan
Re: Preconditioning: not pd?
- From: Bruce Scott TOK
Preconditioning: not pd?
- From: Martin
Re: Pade Approximants
- From: carlos
Pade Approximants
- From: 7Powers
Re: Diagonal of A'*A for "blackbox" matrix A
- From: spasmous
Re: Diagonal of A'*A for "blackbox" matrix A
- From: Peter L. Montgomery
Diagonal of A'*A for "blackbox" matrix A
- From: spasmous
Re: angle calculation
- From: Po Kee Wong
Re: angle calculation
- From: Po Kee Wong
Re: QR decomposition with row pivoting
- From: Peter Spellucci
Re: Iterative Crank-N. with 1D advection
- From: Peter Spellucci
QR decomposition with row pivoting
- From: Jeremy Watts
Re: Iterative Crank-N. with 1D advection
- From: Georg Wenig
Re: Matrix Inversion Help
- From: Gordon Sande
Matrix Inversion Help
- From: parth175
Mathematics of Living
- From: Grippit
Re: numerical solution to stochastic differential equation
- From: Peter Spellucci
Re: about diagonal preconditioner
- From: Victor Eijkhout
numerical solution to stochastic differential equation
- From: Marc Dansereau
Mathematical link between two or more numbers
- From: Greg
about diagonal preconditioner
- From: yuanliu1
Re: Minimum search algorithm
- From: David Veerasingam
Re: Minimum search algorithm
- From: carlos
Re: Iterative Crank-N. with 1D advection
- From: Peter Spellucci
Re: Minimum search algorithm
- From: Hakan Lane
Re: Fokker-Planck numerical solution
- From: Peter Spellucci
Re: Iterative Crank-N. with 1D advection
- From: Georg Wenig
Announcing new moderated Maple Community Website
- From: William Spaetzel
Re: Fokker-Planck numerical solution
- From: nilsolav
Re: incremental least squares
- From: Peter Spellucci
Re: Minimum search algorithm
- From: Peter Spellucci
Re: Nonuniform time step
- From: Peter Spellucci
Re: Iterative Crank-N. with 1D advection
- From: Peter Spellucci
Re: Iterative Crank-N. with 1D advection
- From: Alessandro
Re: Iterative Crank-N. with 1D advection
- From: Torsten Hennig
Re: Iterative Crank-N. with 1D advection
- From: Alessandro
Re: incremental least squares
- From: John
Re: MatLab Version of Subr "Period" Needed
- From: One Usenet Poster
Re: Minimum search algorithm
- From: David Veerasingam
Re: Minimum search algorithm
- From: David Veerasingam
Re: Nonuniform time step
- From: Fred Krogh