sci.math.num-analysis

• Thread Index

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• Re: finding matrix exponentials using jordan decomposition
  • From: Martin Eisenberg
• Re: wavelet toolboxes
  • From: Sudarshan Raghunathan
• Re: wavelet toolboxes
  • From: carlos
• Re: wavelet toolboxes
  • From: David B . Chorlian
• Re: non linear programming
  • From: Erwin Kalvelagen
• Re: wavelet toolboxes
  • From: Amadeus W. M.
• non linear programming
  • From: praveenchopra
• Re: finding matrix exponentials using jordan decomposition
  • From: Duncan Muirhead
• finding matrix exponentials using jordan decomposition
  • From: NoIdea
• Reverse fourier transform problem in realft of Numecial Recipes in C++
  • From: Leonard
• Re: wavelet toolboxes
  • From: Sudarshan Raghunathan
• install program on emulation for TI-89, pocket pc
  • From: neorf
• Re: wavelet toolboxes
  • From: carlos
• wavelet toolboxes
  • From: Amadeus W. M.
• Re: Numerical integration with many points
  • From: Ushnish Basu
• Re: SOR technique for semiconductor continuity equation
  • From: Peter Spellucci
• Re: looking for periodic integrands
  • From: Julian V. Noble
• Re: Numerical integration with many points
  • From: Julian V. Noble
• Re: Multivariate splines as tensor product?
  • From: Peter Spellucci
• Re: SOR technique for semiconductor continuity equation
  • From: cmj
• Re: SOR technique for semiconductor continuity equation
  • From: Olin Perry Norton
• Re: SOR technique for semiconductor continuity equation
  • From: cmj
• Re: SOR technique for semiconductor continuity equation
  • From: Olin Perry Norton
• Re: SOR technique for semiconductor continuity equation
  • From: cmj
• question and help please
  • From: Lara
• Quadtrees algorithm code in Mathcad
  • From: Hollywood
• Multivariate splines as tensor product?
  • From: Maurice van de Rijzen
• Re: Cubes
  • From: me@xxxxxxxxxx
• Re: Eigen decomposition problem when the given matrix is changed by some operation
  • From: shna
• Re: looking for periodic integrands
  • From: Jentje Goslinga
• Re: looking for periodic integrands
  • From: nikhilbhargav_nsit
• Re: Eigen decomposition problem when the given matrix is changed by some operation
  • From: Ray Koopman
• Re: merson
  • From: carlos
• Eigen decomposition problem when the given matrix is changed by some operation
  • From: shna
• Re: Cubes
  • From: Allen McIntosh
• Cubes
  • From: Danilo
• Re: Solving large system of polynoms with a degree 60 or above
  • From: Hans Mittelmann
• Re: looking for periodic integrands
  • From: N. Shamsundar
• Re: Solving large system of polynoms with a degree 60 or above
  • From: bluetrin
• merson
  • From: Peter Spellucci
• Re: Solving large system of polynoms with a degree 60 or above
  • From: Peter Spellucci
• Re: looking for periodic integrands
  • From: Peter Spellucci
• Solving large system of polynoms with a degree 60 or above
  • From: bluetrin
• Re: Simulation of emission and detection
  • From: wolfram . rother
• looking for periodic integrands
  • From: Bart Vandewoestyne
• Re: Simulation of emission and detection
  • From: wolfram . rother
• Re: Simulation of emission and detection
  • From: Ray Koopman
• Re: Simulation of emission and detection
  • From: wolfram . rother
• Re: Simulation of emission and detection
  • From: Ray Koopman
• Re: Simulation of emission and detection
  • From: wolfram . rother
• Re: Numerical integration with many points
  • From: carlos
• Simulation of emission and detection
  • From: wolfram . rother
• Re: Interpolation as a linear matrix operation
  • From: Martin Eisenberg
• Re: Interpolation as a linear matrix operation
  • From: Peter Spellucci
• Re: Numerical solution of linear differential equation
  • From: Peter Spellucci
• Re: SOR technique for semiconductor continuity equation
  • From: Peter Spellucci
• Numerical solution of linear differential equation
  • From: Andrew
• Re: SOR technique for semiconductor continuity equation
  • From: cmj
• petsc and cholesky decomposition
  • From: Trond Sagerup
• Re: Numerical integration with many points
  • From: kia
• Hermite Triangular Patches
  • From: ranga . narasimhan
• Re: Choice of programming language
  • From: Rob McDonald
• Re: Choice of programming language
  • From: stefanbanev
• Re: best intro to finite element method book
  • From: carlos
• re:The numerical value of Sum(1/(p log p))
  • From: Kolsz
• Interpolation as a linear matrix operation
  • From: Graham
• Re: Generalized eigenvalue problem
  • From: mhill37
• Re: Fitting function to data using L1/hinge loss
  • From: Peter Spellucci
• Re: Impossible Cauchy problem
  • From: N. Shamsundar
• Re: Fitting function to data using L1/hinge loss
  • From: John Herman
• Re: SOR technique for semiconductor continuity equation
  • From: Peter Spellucci
• Re: SOR technique for semiconductor continuity equation
  • From: cmj
• Re: Fitting function to data using L1/hinge loss
  • From: Peter Spellucci
• Re: How to determine the regression window size?
  • From: ziman137
• New mathematics/physical sciences positions at http://jobs.phds.org, March 27, 2006
  • From: PhDs . org Webmaster
• Re: Need suggestions for Numerical Analysis project
  • From: eathdefence
• Re: Book recommendations
  • From: Casey Hawthorne
• How to debug program linked with GSL?
  • From: Yajun
• Re: best intro to finite element method book
  • From: matthias
• Generalized eigenvalue problem
  • From: cegparamesh
• best intro to finite element method book
  • From: quat
• Re: [OT] Three mathematicians
  • From: Mark Vaughan
• Re: Numerical integration with many points
  • From: John Herman
• Re: Integral of [(Cos^2 x + 1)^1/2] dx
  • From: Bret Cahill
• Re: [OT] Three mathematicians
  • From: Gib Bogle
• Re: Numerical integration with many points
  • From: Michael Hennebry
• Re: Integral of [(Cos^2 x + 1)^1/2] dx
  • From: Anon
• Re: Integral of [(Cos^2 x + 1)^1/2] dx
  • From: David W . Cantrell
• Integral of [(Cos^2 x + 1)^1/2] dx
  • From: Bret Cahill
• Re: need suggestions on Sparse Matrix Library
  • From: spasmous
• Re: Maximum error of a Normal Distribution.
  • From: Herman Rubin
• Re: Book recommendations
  • From: Evgenii Rudnyi
• Re: Fitting function to data using L1/hinge loss
  • From: Yaroslav Bulatov
• How to determine the regression window size?
  • From: v . jacky
• Book recommendations
  • From: Rob McDonald
• Re: Kutta Merson integration
  • From: bvoh
• Re: Numerical integration with many points
  • From: Julian V. Noble
• Re: Maximum error of a Normal Distribution.
  • From: matthewcroberts
• Re: Three mathematicians
  • From: spasmous
• Re: SOR technique for semiconductor continuity equation
  • From: Peter Spellucci
• Re: Fitting function to data using L1/hinge loss
  • From: Peter Spellucci
• SOR technique for semiconductor continuity equation
  • From: cmj
• Fitting function to data using L1/hinge loss
  • From: Yaroslav Bulatov
• Re: Maximum error of a Normal Distribution.
  • From: Herman Rubin
• Re: [OT] Three mathematicians
  • From: Lou Pecora
• Re: [OT] Three mathematicians
  • From: Ronald Bruck
• Re: [OT] Three mathematicians
  • From: David W . Cantrell
• Re: Numerical integration with many points
  • From: Pythagoras' Bane
• Numerical integration with many points
  • From: Niels L Ellegaard
• need suggestions on Sparse Matrix Library
  • From: andywenj@xxxxxxxxx
• [OT] Three mathematicians
  • From: kia
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: andywenj@xxxxxxxxx
• Interpolation within Hex and Tet Grid
  • From: Sulagna . Sasmal
• Re: Sparse non-negative least squares (update)
  • From: spasmous
• Re: Help regarding regarding splines
  • From: Peter Spellucci
• Re: Reducible Matrices
  • From: Peter Spellucci
• Re: euler's method for systems?
  • From: Peter Spellucci
• Re: Sparse non-negative least squares (update)
  • From: Peter Spellucci
• Re: Reducible Matrices
  • From: giuseppe
• Re: Pade approximant
  • From: Evgenii Rudnyi
• Help regarding regarding splines
  • From: satishkumar.k@xxxxxxxxx
• Re: Maximum error of a Normal Distribution.
  • From: John Herman
• Re: Pade approximant
  • From: Paul Abbott
• Re: euler's method for systems?
  • From: Julian V. Noble
• Re: Sparse non-negative least squares (update)
  • From: spasmous
• Re: Sparse non-negative least squares (update)
  • From: Hans Mittelmann
• Re: Sparse non-negative least squares (update)
  • From: spasmous
• Re: euler's method for systems?
  • From: tom
• Re: euler's method for systems?
  • From: tom
• Re: Sparse non-negative least squares (update)
  • From: Arnold Neumaier
• Re: Finite Volume ENO method
  • From: carlos
• Sparse non-negative least squares (update)
  • From: spasmous
• Re: euler's method for systems?
  • From: Peter Spellucci
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: Peter Spellucci
• Re: FEM help
  • From: Pierre Verpeaux
• euler's method for systems?
  • From: tom
• Re: Numerical modelling of semiconductors
  • From: Andrew
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: andywenj@xxxxxxxxx
• Re: Impossible Cauchy problem
  • From: Peter Spellucci
• Re: Pade approximant
  • From: Peter Spellucci
• Re: Need suggestions for Numerical Analysis project
  • From: Peter Spellucci
• Re: Numerical modelling of semiconductors
  • From: Peter Spellucci
• Re: Impossible Cauchy problem
  • From: Peter Spellucci
• Re: Finite Volume ENO method
  • From: Peter Spellucci
• Re: Kutta Merson integration
  • From: Peter Spellucci
• Re: Numerical modelling of semiconductors
  • From: J.V.Ashby
• Re: Numerical modelling of semiconductors
  • From: J.V.Ashby
• Re: Impossible Cauchy problem
  • From: deltaquattro
• Re: Numerical modelling of semiconductors
  • From: Han de Bruijn
• Re: ? determine eigenbasis and eigenvalues of A directly from X and B where A*X=B
  • From: Peter Spellucci
• Numerical modelling of semiconductors
  • From: az
• Pade approximant
  • From: benoist . gaston
• Re: Programming quadratures
  • From: Gert Van den Eynde
• Re: Calculating Standard Deviation
  • From: Han de Bruijn
• Impossible Cauchy problem
  • From: deltaquattro
• Re: The numerical value of Sum(1/(p log p))
  • From: Wolfgang Rave
• Re: Need suggestions for Numerical Analysis project
  • From: quat
• Re: Need suggestions for Numerical Analysis project
  • From: eathdefence
• Sparse non-negative least squares
  • From: spasmous
• Finite Volume ENO method
  • From: quat
• Re: Programming quadratures
  • From: quat
• Re: Need suggestions for Numerical Analysis project
  • From: quat
• Re: Programming quadratures
  • From: Roy Stogner
• Re: Calculating Standard Deviation
  • From: David L. Wilson
• Re: Calculating Standard Deviation
  • From: Robert Israel
• Need suggestions for Numerical Analysis project
  • From: eathdefence
• Programming quadratures
  • From: peter.trofimov@xxxxxxxxx
• Re: Calculating Standard Deviation
  • From: Gordon Sande
• Re: Kutta Merson integration
  • From: bvoh
• Re: Calculating Standard Deviation
  • From: Jentje Goslinga
• Re: Deriving the function for the bell curve...
  • From: sunburned . surveyor
• Re: GMRES
  • From: ausg100
• GMRES
  • From: pablo
• Re: Calculating Standard Deviation
  • From: sunburned . surveyor
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: Jentje Goslinga
• Re: ? determine eigenbasis and eigenvalues of A directly from X and B where A*X=B
  • From: Cheng Cosine
• Re: The numerical value of Sum(1/(p log p))
  • From: Narcoleptic Insomniac
• Re: The numerical value of Sum(1/(p log p))
  • From: Narcoleptic Insomniac
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: Peter Spellucci
• Re: ? determine eigenbasis and eigenvalues of A directly from X and B where A*X=B
  • From: Peter Spellucci
• Re: The numerical value of Sum(1/(p log p))
  • From: Wolfgang Rave
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: andywenj@xxxxxxxxx
• Re: Calculating Standard Deviation
  • From: Gordon Sande
• Re: ? determine eigenbasis and eigenvalues of A directly from X and B where A*X=B
  • From: Cheng Cosine
• Re: Deriving the function for the bell curve...
  • From: Anon
• Re: Deriving the function for the bell curve...
  • From: Robert Israel
• Re: Calculating Standard Deviation
  • From: Robert Israel
• Deriving the function for the bell curve...
  • From: sunburned . surveyor
• Re: FEM help
  • From: patrick5
• Calculating Standard Deviation
  • From: sunburned . surveyor
• Re: come-back to numerical analysis
  • From: z
• Re: Need software for plotting and derivate data
  • From: Richard Mathar
• Re: Maximum error of a Normal Distribution.
  • From: Ray Koopman
• Re: lax friedrichs finite volume
  • From: Jonathan Dursi
• Re: Maximum error of a Normal Distribution.
  • From: Michael Lees
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: Jentje Goslinga
• Re: Maximum error of a Normal Distribution.
  • From: Peter Spellucci
• Maximum error of a Normal Distribution.
  • From: Michael Lees
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: Peter Spellucci
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: Peter Spellucci
• Re: ? determine eigenbasis and eigenvalues of A directly from X and B where A*X=B
  • From: Peter Spellucci
• Re: lax friedrichs finite volume
  • From: Peter Spellucci
• Re: Strongly Nonlinear Problems
  • From: Peter Spellucci
• Re: Design Optimization
  • From: Francois Jouve
• Re: Design Optimization
  • From: Peter Spellucci
• Re: help: how to find all zero roots of a non-linear equation in a given interval
  • From: andywenj@xxxxxxxxx
• Re: Choosing a matrix library for image processing. Blitz++,MTL or others?
  • From: Toni Lassila
• New mathematics/physical sciences positions at http://jobs.phds.org, March 20, 2006
  • From: PhDs . org Webmaster
• Re: Design Optimization
  • From: Roel . Swinkels
• Re: Design Optimization
  • From: Evgenii Rudnyi
• help: how to find all zero roots of a non-linear equation in a given interval
  • From: andywenj@xxxxxxxxx
• Design Optimization
  • From: Roel . Swinkels
• ? determine eigenbasis and eigenvalues of A directly from X and B where A*X=B
  • From: Cheng Cosine
• Re: lax friedrichs finite volume
  • From: quat
• Re: lax friedrichs finite volume
  • From: quat
• Re: An introduction to the list...
  • From: Gordon Sande
• The Mallat algorithm for a 2D Haar Wavelet Transform for Image Compression on mathcad.
  • From: Hollywood
• Re: An introduction to the list...
  • From: Jentje Goslinga
• Re: An introduction to the list...
  • From: sunburned . surveyor
• Re: Strongly Nonlinear Problems
  • From: Evgenii Rudnyi
• Re: Inviscid Burger's Equation
  • From: Robert Israel
• Re: lax friedrichs finite volume
  • From: Jonathan Dursi
• lax friedrichs finite volume
  • From: quat
• Re: An introduction to the list...
  • From: Jentje Goslinga
• Re: Strongly Nonlinear Problems
  • From: matthias
• Re: The numerical value of Sum(1/(p log p))
  • From: Narcoleptic Insomniac
• The numerical value of Sum(1/(p log p))
  • From: Wolfgang Rave
• An introduction to the list...
  • From: Sunburned Surveyor
• Re: Need software for plotting and derivate data
  • From: matthias
• Need software for plotting and derivate data
  • From: Eric
• Re: For what I do not find with using I know
  • From: Peter Spellucci
• Re: For what I do not find with using I know
  • From: probleman
• Re: Strongly Nonlinear Problems
  • From: Peter Spellucci
• Re: For what I do not find with using I know
  • From: Peter Spellucci
• Re: Choice of programming language
  • From: NoIdea
• Strongly Nonlinear Problems
  • From: probleman
• For what I do not find with using I know
  • From: probleman
• Re: Inviscid Burger's Equation
  • From: Olin Perry Norton
• Inviscid Burger's Equation
  • From: quat
• Re: SVD, precision and size
  • From: spasmous
• Re: Choice of programming language
  • From: Jonathan Dursi
• Re: Choice of programming language
  • From: carlos
• Re: Gauss-Seidel Iteration Problem - A Better Solution???
  • From: Sudarshan Raghunathan
• Re: Choice of programming language
  • From: Casey Hawthorne
• Re: Gauss-Seidel Iteration Problem - A Better Solution???
  • From: Peter Spellucci
• Re: Choice of programming language
  • From: NoIdea
• Re: Choice of programming language
  • From: carlos
• Re: Choice of programming language
  • From: Anthony Garcia
• Re: Choice of programming language
  • From: Dan Nagle
• Re: Choice of programming language
  • From: Michael Hennebry
• Re: DelaunayTriangulation and Quadrangulation
  • From: Michael Hennebry
• Gauss-Seidel Iteration Problem - A Better Solution???
  • From: ox_f1
• Re: Choice of programming language
  • From: jacob navia
• Re: come-back to numerical analysis
  • From: Dave Rusin
• Re: Choice of programming language
  • From: carlos
• Re: DelaunayTriangulation and Quadrangulation
  • From: carlos
• Re: Max standard deviation - 4D
  • From: David L. Wilson
• Re: come-back to numerical analysis
  • From: Lou Pecora
• Re: come-back to numerical analysis
  • From: Peter Spellucci
• Re: SVD, precision and size
  • From: Peter Spellucci
• DelaunayTriangulation and Quadrangulation
  • From: BoLe79
• Re: Max standard deviation - 4D
  • From: Bill Kotsias
• Re: come-back to numerical analysis
  • From: Robert Israel
• Re: Max standard deviation - 4D
  • From: Ray Koopman
• Call for Papers (extended): IAENG International Workshop on Scientific Computing and Computational Statistics (in IMECS 2006)
  • From: imecs__2006
• come-back to numerical analysis
  • From: noureddine.k
• come-back to numerical analysis
  • From: noureddine.k
• Re: Max standard deviation - 4D
  • From: One Usenet Poster
• come-back to numerical analysis
  • From: noureddine.k
• Re: Choice of programming language
  • From: Rob McDonald
• Max standard deviation - 4D
  • From: Bill Kotsias
• Re: SVD, precision and size
  • From: spasmous
• Re: existence of solution to a special optimization problem
  • From: Peter Spellucci
• Re: Choice of programming language
  • From: NoIdea
• Re: Choice of programming language
  • From: Damien
• Choice of programming language
  • From: Mark B
• Re: existence of solution to a special optimization problem
  • From: ays
• Re: Intersection of 2 curves
  • From: ZZZjon
• Re: optimization
  • From: Peter Spellucci
• Re: Open source library for C for calculating approximation coeffs
  • From: Robin Bruce
• Re: nonlinear multiobjective test problems
  • From: Peter Spellucci
• Re: existence of solution to a special optimization problem
  • From: Peter Spellucci
• Re: Open source library for C for calculating approximation coeffs
  • From: Peter Spellucci
• nonlinear multiobjective test problems
  • From: Antony
• Math Profs Are Still Safe At Pomona
  • From: Bret Cahill
• heuristics
  • From: JasonS
• Re: matlab functions. how can i find minimum of an array?
  • From: Mark B Stucky
• Re: Intersection of 2 curves
  • From: Robert Israel
• existence of solution to a special optimization problem
  • From: ays
• Re: Least squares bspline curve fitting
  • From: Peter Spellucci
• Re: How to integrate twice numerically
  • From: Tom
• Re: Intersection of 2 curves
  • From: Peter Spellucci
• Re: matlab functions. how can i find minimum of an array?
  • From: ror7
• Re: Intersection of 2 curves
  • From: Julian V. Noble
• Re: Open source library for C for calculating approximation coeffs
  • From: Robin Bruce
• FFT in OpenCV
  • From: laguiche2004
• matlab functions. how can i find minimum of an array?
  • From: tom
• Intersection of 2 curves
  • From: dtshedd
• Re: Intersection of 2 curves
  • From: john2
• Intersection of 2 curves
  • From: dtshedd
• New mathematics/physical sciences positions at http://jobs.phds.org, March 13, 2006
  • From: PhDs . org Webmaster
• Re: How to integrate twice numerically
  • From: Fred Krogh
• Re: ENO method
  • From: carlos
• Re: How to integrate twice numerically
  • From: carlos
• Least squares bspline curve fitting
  • From: Taxidriver
• ENO method
  • From: quat
• Re: How to integrate twice numerically
  • From: Fred Chapman
• Re: How to integrate twice numerically
  • From: Dave Dodson
• Re: Shape of the Water At the N. Pole After the Cap Melts
  • From: Richard Mathar
• Re: Dynamic system convergence proof.
  • From: Michael Fairbank
• Re: How to integrate twice numerically
  • From: Tom
• Re: How to integrate twice numerically
  • From: carlos
• Re: eigenvalue theorem
  • From: Zdislav V. Kovarik
• Re: How to integrate twice numerically
  • From: Dave Dodson
• Re: How to integrate twice numerically
  • From: Peter Spellucci
• Re: finite volume scheme derivation help
  • From: Jonathan Dursi
• How to integrate twice numerically
  • From: Tom
• Re: SVD, precision and size
  • From: Peter Spellucci
• Re: Determinant of an integer matrix
  • From: Alec Edgington
• Re: Determinant of an integer matrix
  • From: Han de Bruijn
• Re: finite volume scheme derivation help
  • From: Andrea
• Re: Different ode solvers give differnet solutions
  • From: carlos
• Re: finite volume scheme derivation help
  • From: quat
• SVD, precision and size
  • From: spasmous
• Re: Dynamic system convergence proof.
  • From: Robert Israel
• Re: Different ode solvers give differnet solutions
  • From: Steven Lord
• Re: RK Fehlberg 4(5)th order...
  • From: Julian V. Noble
• Re: Different ode solvers give differnet solutions
  • From: bv
• Re: finite volume scheme derivation help
  • From: Jonathan Dursi
• Re: birthdays at the same month (day..) as a function of N of members
  • From: ror7
• birthdays at the same month (day..) as a function of N of members
  • From: chapkovski
• finite volume scheme derivation help
  • From: quat
• Re: Determinant of an integer matrix
  • From: Peter Spellucci
• Re: eigenvalue magnitude question
  • From: Peter Spellucci
• Re: A Long Thin No Stretch No Weight Sagging Film Is Supported By Horizontal Parallel Beams and Filled With a Liquid
  • From: Bret Cahill
• Re: ? alg solves V'*H*V = B
  • From: Peter Spellucci
• Re: Derivative of eigenvalues wrt the original matrix.
  • From: Peter Spellucci
• Determinant of an integer matrix
  • From: Alec Edgington
• eigenvalue magnitude question
  • From: NoIdea
• Re: ? alg solves V'*H*V = B
  • From: Cheng Cosine
• ? alg solves V'*H*V = B
  • From: Cheng Cosine
• Derivative of eigenvalues wrt the original matrix.
  • From: Alf
• Re: Log/Normal
  • From: Peter Spellucci
• Re: Hunt-Szymanski algorithm
  • From: Peter Spellucci
• Hunt-Szymanski algorithm
  • From: Han de Bruijn
• Re: Log/Normal
  • From: Olin Perry Norton
• Re: polynomial factoring and round off errors
  • From: Zdeněk Hurák
• Statistics Opening
  • From: Dinesh
• Re: Log/Normal
  • From: ColinRule
• Re: parameter estimation
  • From: antati
• Re: Shape of the Water At the N. Pole After the Cap Melts
  • From: Bret Cahill
• Re: Optimization question
  • From: mssaad
• Re: polynomial factoring and round off errors
  • From: jeremyscerri
• Re: Log/Normal
  • From: Julian V. Noble
• Re: Log/Normal
  • From: ColinRule
• Re: Log/Normal
  • From: ausg100
• parameter estimation
  • From: antati
• Re: approximating a polynomial by piecewise constant functions
  • From: Dave Dodson
• Log/Normal
  • From: ColinRule
• Re: convergence rate proof
  • From: Bart
• Re: approximating a polynomial by piecewise constant functions
  • From: ZZZjon
• Re: approximating a polynomial by piecewise constant functions
  • From: ZZZjon
• Re: proof
  • From: Dave Dodson
• proof
  • From: bell3774
• Re: Optimization question
  • From: Dave Dodson
• Re: Optimization question
  • From: Robert Israel
• Optimization question
  • From: mssaad
• Re: Urgent question on Compaq Visual Fortran (CXML) - Sparse Solver
  • From: kia
• Re: approximating a polynomial by piecewise constant functions
  • From: Dave Dodson
• Dynamic system convergence proof.
  • From: Michael Fairbank
• Re: approximating a polynomial by piecewise constant functions
  • From: Peter Spellucci
• Re: convergence rate proof
  • From: Alex. Lupas
• Re: approximating a polynomial by piecewise constant functions
  • From: Eric B
• convergence rate proof
  • From: Bart
• Re: freefem
  • From: Francois Jouve
• Re: Shape of the Water At the N. Pole After the Cap Melts
  • From: Richard Mathar
• Re: ? dealing nonlinear terms
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