sci.math.num-analysis

• Thread Index

---

• Re: how to solve complex -valued transcendent equation?
  • From: David W . Cantrell
• Closed form: sum... Legendre polynomials
  • From: Alex. Lupas
• Time Trials in pairs
  • From: ArcaExchange@xxxxxxxxx
• Re: how to solve complex -valued transcendent equation?
  • From: David W . Cantrell
• SNOBFit and NEWUOA
  • From: John Herman
• Closed of a sum with Legendre polynomials
  • From: Alex. Lupas
• finding average deviation
  • From: raam
• Re: Row or column order
  • From: Evgenii Rudnyi
• Is It Really Symmetric ?
  • From: mahmuud
• Re: how to solve complex -valued transcendent equation?
  • From: carlos
• Re: how to solve complex -valued transcendent equation?
  • From: David W . Cantrell
• Re: Crank Nicolson 2 dimensional .m File
  • From: Martin Jørgensen
• Re: how to solve complex -valued transcendent equation?
  • From: Julian V. Noble
• Re: how to solve complex -valued transcendent equation?
  • From: David W . Cantrell
• Re: fem variational formulation,
  • From: carlos
• Re: Row or column order
  • From: carlos
• Dream ƒrequency Mathematics Applications
  • From: Dream ƒrequency
• Re: how to solve complex -valued transcendent equation?
  • From: Peter Spellucci
• Re: Coding for arbitrary dimensional problems?
  • From: Lester Ingber
• how to solve complex -valued transcendent equation?
  • From: weihuang1979
• how to solve complex -valued transcendent equation?
  • From: weihuang1979
• Re: Row or column order
  • From: stevenj
• Re: linear interpolation error bound
  • From: Peter Spellucci
• Re: fem variational formulation,
  • From: Peter Spellucci
• Re: Help with QAGI from QUADPACK
  • From: Peter Spellucci
• Re: Row or column order
  • From: DP
• Crank Nicolson 2 dimensional .m File
  • From: Seventeen
• Re: linear interpolation error bound
  • From: quat
• Re: Coding for arbitrary dimensional problems?
  • From: stevenj
• Re: Coding for arbitrary dimensional problems?
  • From: Fred Krogh
• fem variational formulation,
  • From: quat
• Re: Cauchy PV integration
  • From: Hanyou Chu
• Re: Help with QAGI from QUADPACK
  • From: Olin Perry Norton
• Help with QAGI from QUADPACK
  • From: delta
• Kalman filter book and practical use?
  • From: skolpojken72
• Re: Inverse problem with too many parameters?
  • From: Peter Spellucci
• Re: 50-th Anniversary of the CORDIC Algorithm
  • From: vladimir
• Re: One more question about positive definite matrices
  • From: Ronald Bruck
• Re: my ratint is poorly
  • From: vfunc
• Re: my ratint is poorly
  • From: vfunc
• Re: Inverse problem with too many parameters?
  • From: matt
• Re: Positive definite matrices
  • From: jennifer
• Re: Positive definite matrices
  • From: jennifer
• my ratint is poorly
  • From: vfunc
• Re: Inverse problem with too many parameters?
  • From: matt
• Re: Inverse problem with too many parameters?
  • From: matt
• Re: Inverse problem with too many parameters?
  • From: matt
• Re: Inverse problem with too many parameters?
  • From: matt
• Re: Positive definite matrices
  • From: Gottfried Helms
• Re: Question abot the SVD of 1-dimensional data
  • From: Ivan Oseledets
• Re: linear interpolation error bound
  • From: Peter Spellucci
• looking for DerivFit
  • From: Nil Geisweiller
• Re: Question abot the SVD of 1-dimensional data
  • From: Duncan Muirhead
• Re: Positive definite matrices
  • From: Ronald Bruck
• Re: Positive definite matrices
  • From: Ronald Bruck
• Re: One more question about positive definite matrices
  • From: Ronald Bruck
• 50-th Anniversary of the CORDIC Algorithm
  • From: vladimir
• Re: linear interpolation error bound
  • From: quat
• Re: linear interpolation error bound
  • From: N. Shamsundar
• Re: Positive definite matrices
  • From: jerway@xxxxxxxxx
• linear interpolation error bound
  • From: quat
• Re: question in stochastics
  • From: Julian V. Noble
• Re: Cauchy PV integration
  • From: Julian V. Noble
• Re: Positive definite matrices
  • From: Julian V. Noble
• Re: generating nonrepeating random numbers
  • From: Hugo Pfoertner
• Re: One more question about positive definite matrices
  • From: Herman Rubin
• Re: generating nonrepeating random numbers
  • From: Herman Rubin
• Re: Question abot the SVD of 1-dimensional data
  • From: Peter Spellucci
• Re: Inverse problem with too many parameters?
  • From: Ozan Öktem
• Re: Inverse problem with too many parameters?
  • From: |||newspam|||
• Re: Cauchy PV integration
  • From: Peter Spellucci
• Re: CVODE
  • From: Peter Spellucci
• Re: CVODE
  • From: Helmut Jarausch
• Coding for arbitrary dimensional problems?
  • From: Buyong . Huier
• question in stochastics
  • From: Darkness Swallows Me
• Cauchy PV integration
  • From: metachronist
• Re: generating nonrepeating random numbers
  • From: Ron Larham
• generating nonrepeating random numbers
  • From: bruce varley
• Re: One more question about positive definite matrices
  • From: Robert Israel
• Re: One more question about positive definite matrices
  • From: Ronald Bruck
• Re: Inverse problem with too many parameters?
  • From: N. Shamsundar
• Re: One more question about positive definite matrices
  • From: Zdislav V. Kovarik
• Re: Inverse problem with too many parameters?
  • From: Olin Perry Norton
• Re: One more question about positive definite matrices
  • From: ays
• Re: Positive definite matrices
  • From: ays
• Re: Positive definite matrices
  • From: ays
• Re: Positive definite matrices
  • From: ays
• Re: One more question about positive definite matrices
  • From: Peter Spellucci
• Re: Positive definite matrices
  • From: Ronald Bruck
• One more question about positive definite matrices
  • From: ays
• Positive definite matrices
  • From: ays
• Inverse problem with too many parameters?
  • From: hallmt
• Re: Kutta Merson integration
  • From: Peter Spellucci
• CVODE
  • From: Grazia
• Re: FFT of position data
  • From: David L. Wilson
• New mathematics/physical sciences positions at http://jobs.phds.org, April 24, 2006
  • From: PhDs . org Webmaster
• Re: m^n
  • From: Han de Bruijn
• Re: m^n
  • From: Amadeus W. M.
• Re: m^n
  • From: Amadeus W. M.
• documents
  • From: wolky
• Re: m^n
  • From: Dave Dodson
• m^n
  • From: Amadeus W. M.
• 2SAT, 2DM, and Bin Packing
  • From: MARICA.MARIUS@xxxxxxxxx
• Re: Difficult curve area / surface problem?
  • From: Maximus
• Re: Least squares problem
  • From: Mohammad Ehsanul Karim
• Re: Kutta Merson integration
  • From: bvoh
• Re: Routine for eigenvalues of *complex* valued matrix in C++
  • From: Peter Spellucci
• Re: difference between FVM and FDM ?
  • From: Martin Jørgensen
• Re: Routine for eigenvalues of *complex* valued matrix in C++
  • From: Emacs Row
• Re: Min/Max of shape functions on an interval
  • From: mathieu
• Re: ? ref for parallel or vector numerical analysis and sci computation
  • From: Peter Spellucci
• Re: fitting ordinary differential equations
  • From: Rainer von Seggern
• Re: difference between FVM and FDM ?
  • From: Erik Stalberg
• Re: fitting ordinary differential equations
  • From: Evgenii Rudnyi
• Re: fitting ordinary differential equations
  • From: Nil Geisweiller
• ? ref for parallel or vector numerical analysis and sci computation
  • From: Cheng Cosine
• Associate Hermite Transform
  • From: Sunny76
• Associate Hermite Transform
  • From: Sunny76
• Re: Nasty numerical integral
  • From: Julian V. Noble
• Re: Difficult curve area / surface problem?
  • From: Julian V. Noble
• Re: fitting ordinary differential equations
  • From: Peter Spellucci
• fitting ordinary differential equations
  • From: Nil Geisweiller
• Re: Least squares problem
  • From: N. Shamsundar
• Re: Krylov subspace
  • From: carlos
• Least squares problem
  • From: tom
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: kopn
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: kopn
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: sandeep.chittora@xxxxxxxxx
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: N. Shamsundar
• Re: questions on line-search stagnation for newton-raphson method
  • From: Peter Spellucci
• Re: Adaptive PCA problem
  • From: Peter Spellucci
• Uniform cubic B-spline blending functions
  • From: Maurice van de Rijzen
• Re: Krylov subspace
  • From: Evgenii Rudnyi
• FFT of position data
  • From: Binesh
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: kopn
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: N. Shamsundar
• Re: Krylov subspace
  • From: Zdislav V. Kovarik
• Krylov subspace
  • From: rose
• Re: Gauss-Legendre quadrature - reasonable answers?
  • From: carlos
• unit ball of C[a,b], homeomorphism
  • From: Peter Jackson
• Re: Routine for eigenvalues of *complex* valued matrix in C++
  • From: Evgenii Rudnyi
• Re: Gauss-Legendre quadrature - reasonable answers?
  • From: Carl Barron
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: kopn
• Gauss-Legendre quadrature - reasonable answers?
  • From: Peter
• Re: difference between FVM and FDM ?
  • From: Martin Jørgensen
• Re: Routine for eigenvalues of *complex* valued matrix in C++
  • From: Bill Shortall
• Re: Routine for eigenvalues of *complex* valued matrix in C++
  • From: carlos
• Routine for eigenvalues of *complex* valued matrix in C++
  • From: Emacs Row
• Re: How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: N. Shamsundar
• Re: Fortran to find nearest point from set in 3-D
  • From: Martin Blume
• Re: Nasty numerical integral
  • From: Fred Krogh
• How to calculate a geometric ratio from a known sum of geometric progression to 23 terms 4408 and a fist number 901?
  • From: kopn
• Re: difference between FVM and FDM ?
  • From: Rob McDonald
• difference between FVM and FDM ?
  • From: Martin Jørgensen
• New mathematics/physical sciences positions at http://jobs.phds.org, April 17, 2006
  • From: PhDs . org Webmaster
• Re: Reading a input in form of matrix
  • From: Nishant
• Re: Fortran to find nearest point from set in 3-D
  • From: Rob McDonald
• Re: Fortran to find nearest point from set in 3-D
  • From: David . Paterson
• Unsigned arithmetic
  • From: Everett M. Greene
• Re: y = (ax + b)/(cx+d)
  • From: Paul Abbott
• Re: Fortran to find nearest point from set in 3-D
  • From: Ronald Bruck
• Re: Fortran to find nearest point from set in 3-D
  • From: Rob McDonald
• Fortran to find nearest point from set in 3-D
  • From: David . Paterson
• [OT] Rieman curvatures
  • From: kia
• Re: help with rank of a matrix
  • From: The Phantom
• Re: Discover Medieval Romania /Vlad the Impaler/Dracula/ /www.medievaltours.ro
  • From: john2
• Re: exponentiate a matrix
  • From: bv
• Re: ? determine SVD of very large matrix
  • From: Cheng Cosine
• Re: Low rank or low nullity? (Re: ? determine SVD of very large matrix)
  • From: Cheng Cosine
• Nasty numerical integral
  • From: lunogled
• Re: Difficult curve area / surface problem?
  • From: Maximus
• Re: questions on line-search stagnation for newton-raphson method
  • From: suhao
• Low rank or low nullity? (Re: ? determine SVD of very large matrix)
  • From: Zeke Zeng
• Re: A conditional random number generation problem (please help me!)
  • From: chinton
• Re: A conditional random number generation problem (please help me!)
  • From: chinton
• Re: Adaptive PCA problem
  • From: shna
• Help on the source terms.
  • From: Science123
• Re: exponentiate a matrix
  • From: NoIdea
• Re: NEED Help on sparse matrix linear algebra
  • From: spasmous
• Re: Difficult curve area / surface problem?
  • From: Dave Dodson
• Re: exponentiate a matrix
  • From: questions?
• Difficult curve area / surface problem?
  • From: Maximus
• Re: NEED Help on sparse matrix linear algebra
  • From: andywenj@xxxxxxxxx
• Re: y = (ax + b)/(cx+d)
  • From: C W
• Re: Looking for problem
  • From: Peter L. Montgomery
• Re: iterative solver , singular matrix
  • From: carlos
• iterative solver , singular matrix
  • From: pablo
• Re: y = (ax + b)/(cx+d)
  • From: Zdislav V. Kovarik
• maxima and eigenvalues
  • From: NoIdea
• Re: NEED Help on sparse matrix linear algebra
  • From: spasmous
• Re: y = (ax + b)/(cx+d)
  • From: Dave Dodson
• Re: y = (ax + b)/(cx+d)
  • From: DP
• Re: Looking for problem
  • From: Peter Spellucci
• y = (ax + b)/(cx+d)
  • From: patrick
• Re: Looking for problem
  • From: Roy Stogner
• Looking for problem
  • From: Uwe Schmitt
• NEED Help on sparse matrix linear algebra
  • From: andywenj@xxxxxxxxx
• Re: exponentiate a matrix
  • From: Glynne
• Re: questions on line-search stagnation for newton-raphson method
  • From: Peter Spellucci
• Re: imaginary cube root of one....what is it?
  • From: Julian V. Noble
• Re: ? determine SVD of very large matrix
  • From: Carl Barron
• Re: ? determine SVD of very large matrix
  • From: Toni Lassila
• Re: exponentiate a matrix
  • From: NoIdea
• ? determine SVD of very large matrix
  • From: Cheng Cosine
• exponentiate a matrix
  • From: questions?
• Re: trivial deconvolution -- possible without fourier?
  • From: Michael
• Re: Prime sum
  • From: Gib Bogle
• Re: trivial deconvolution -- possible without fourier?
  • From: Olin Perry Norton
• Re: questions on line-search stagnation for newton-raphson method
  • From: carlos
• Re: imaginary cube root of one....what is it?
  • From: Gordon Sande
• Re: imaginary cube root of one....what is it?
  • From: carlos
• imaginary cube root of one....what is it?
  • From: Wonkyungie
• trivial deconvolution -- possible without fourier?
  • From: Michael
• Re: questions on line-search stagnation for newton-raphson method
  • From: suhao
• Re: Matrix Norm algorithm: Source
  • From: Ron Shepard
• Re: questions on line-search stagnation for newton-raphson method
  • From: jeicke
• Re: Matrix Norm algorithm: Source
  • From: Gordon Sande
• Matrix Norm algorithm: Source
  • From: john_shaeffer
• Re: Adaptive PCA problem
  • From: shna
• Re: Adaptive PCA problem
  • From: Peter Spellucci
• Re: Prime sum
  • From: Stelian Ene
• Re: Prime sum
  • From: me@xxxxxxxxxx
• Re: Prime sum
  • From: Peter Luschny
• Adaptive PCA problem
  • From: shna
• Re: Prime sum
  • From: Stelian
• Re: Prime sum
  • From: Peter Luschny
• Re: Prime sum
  • From: Gib Bogle
• Re: Prime sum
  • From: CaptainBlack
• Re: reminder equation problem
  • From: Ken Pledger
• Re: fixed point iteration scheme and Newton's method
  • From: Ronald Bruck
• Re: Reading a input in form of matrix
  • From: dave
• Prime sum
  • From: Stelian
• Re: questions on line-search stagnation for newton-raphson method
  • From: Peter Spellucci
• questions on line-search stagnation for newton-raphson method
  • From: suhao
• Re: reminder equation problem
  • From: Julian V. Noble
• Re: Second derivate of at determint det(A(t))
  • From: ~Glynne
• Re: Kutta Merson integration
  • From: Peter Spellucci
• Re: A conditional random number generation problem (please help me!)
  • From: George Marsaglia
• A conditional random number generation problem (please help me!)
  • From: rjmachado3
• Re: fixed point iteration scheme and Newton's method
  • From: Jean-Pierre Merlet
• Re: reminder equation problem
  • From: Rajeswaran M
• Re: reminder equation problem
  • From: Ken Pledger
• Re: Kutta Merson integration
  • From: bvoh
• Re: Reading a input in form of matrix
  • From: Sudarshan Raghunathan
• Re: Can a good random bit sequence generator be a good random number sequence generator?
  • From: carlos
• Re: fixed point iteration scheme and Newton's method
  • From: Ronald Bruck
• Re: Multivariate splines
  • From: linux4ritwik
• New mathematics/physical sciences positions at http://jobs.phds.org, April 10, 2006
  • From: PhDs . org Webmaster
• Multivariate splines
  • From: Jimmy Olsson
• Reading a input in form of matrix
  • From: Nishant
• Reading a input in form of matrix
  • From: Nishant
• singular matrix
  • From: pablo
• logic for converting data obtained from input
  • From: Nishant
• Re: [Q] Can a good random bit sequence generator be a good random number sequence generator?
  • From: Han de Bruijn
• New Mathematica Book
  • From: dmmcmah
• Re: Can a good random bit sequence generator be a good random number sequence generator?
  • From: carlos
• Re: [Q] Can a good random bit sequence generator be a good random number sequence generator?
  • From: Julian V. Noble
• Re: Determinant of an integer matrix
  • From: Peter L. Montgomery
• Re: Determinant of an integer matrix
  • From: Derek R O'Connor
• interpolation polynomials
  • From: peter.trofimov@xxxxxxxxx
• Re: finding matrix exponentials using jordan decomposition
  • From: Derek R O'Connor
• Re: Gamma function and interpolation
  • From: David W . Cantrell
• Re: reminder equation problem
  • From: Rajeswaran M
• Gamma function and interpolation
  • From: mozart362
• fixed point iteration scheme and Newton's method
  • From: mozart362
• Re: Bessel Polynomial approximation
  • From: john2
• Re: Using secant method to find a root x of a nonlinear equation
  • From: mozart362
• Re: Using secant method to find a root x of a nonlinear equation
  • From: mozart362
• Re: Bessel Polynomial approximation
  • From: Richard Mathar
• Re: help with rank of a matrix
  • From: NoIdea
• Bessel Polynomial approximation
  • From: Shailesh
• [Q] Can a good random bit sequence generator be a good random number sequence generator?
  • From: sjtu . 0992
• Re: Second derivate of at determint det(A(t))
  • From: Julian V. Noble
• Re: wavelet toolboxes
  • From: Sudarshan Raghunathan
• Min/Max of shape functions on an interval
  • From: mathieu
• Re: help with rank of a matrix
  • From: David Langevin
• Multiscale Modeling of Materials: Mathematics and Computation, May 06
  • From: rogene . eichler . west
• Re: help with rank of a matrix
  • From: Julian V. Noble
• Re: reminder equation problem
  • From: Julian V. Noble
• Re: Second derivate of at determint det(A(t))
  • From: Julian V. Noble
• Re: Using secant method to find a root x of a nonlinear equation
  • From: Julian V. Noble
• help with rank of a matrix
  • From: NoIdea
• reminder equation problem
  • From: Rajeswaran M
• Re: Second derivate of at determint det(A(t))
  • From: Peter Spellucci
• Re: Second derivate of at determint det(A(t))
  • From: Duncan Muirhead
• Re: How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: Gottfried Helms
• hi,need help about robbins-monro algorithm
  • From: fourier
• Re: Kutta Merson integration
  • From: max
• Re: How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: Duncan Muirhead
• Re: Second derivate of at determint det(A(t))
  • From: Peter Spellucci
• Re: How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: Peter Spellucci
• Re: complexity of LP
  • From: Peter Spellucci
• Re: Second derivate of at determint det(A(t))
  • From: Duncan Muirhead
• Second derivate of at determint det(A(t))
  • From: Niels L Ellegaard
• Re: How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: shna
• Re: Choice of programming language
  • From: kia
• complexity of LP
  • From: Steve Borbash
• Re: Using secant method to find a root x of a nonlinear equation
  • From: Dave Dodson
• Re: Newton's method
  • From: Dave Dodson
• Using secant method to find a root x of a nonlinear equation
  • From: rosebabyvox
• Newton's method
  • From: mozart362
• Re: wavelet toolboxes
  • From: carlos
• Re: Kutta Merson integration
  • From: bvoh
• Re: Viterbi algorithm for decoding of convolution codes
  • From: Raymond Toy
• Re: Computing 22k x 22k matrix eigen values
  • From: carlos
• Viterbi algorithm for decoding of convolution codes
  • From: kanupriya
• Re: Computing 22k x 22k matrix eigen values
  • From: Peter Spellucci
• Re: Computing 22k x 22k matrix eigen values
  • From: carlos
• Re: Choice of programming language
  • From: carlos
• Re: Choice of programming language
  • From: Everett M. Greene
• Re: How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: Peter Spellucci
• Re: How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: Robert Israel
• Re: How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: Ray Koopman
• How can we find (approximatly) pricipal component without explicit calculating covariance matrix ?
  • From: shna
• Re: Number
  • From: Peter L. Montgomery
• Number
  • From: Danilo
• Re: solving difference eq as differential
  • From: Julian V. Noble
• Re: Kutta Merson integration
  • From: max
• Re: Choice of programming language
  • From: Rob McDonald
• Re: Choice of programming language
  • From: carlos
• Re: Solving large system of polynoms with a degree 60 or above
  • From: BlueTrin
• Re: Computing 22k x 22k matrix eigen values
  • From: bencteux
• Re: buckling force computation
  • From: Peter Spellucci
• Re: Computing 22k x 22k matrix eigen values
  • From: Peter Spellucci
• Re: merson
  • From: Peter Spellucci
• Re: Choice of programming language
  • From: kia
• Re: Computing 22k x 22k matrix eigen values
  • From: Ronald Bruck
• Re: Choice of programming language
  • From: carlos
• Re: merson
  • From: bv
• Re: solving difference eq as differential
  • From: N. Shamsundar
• Re: solving difference eq as differential
  • From: Robert Israel
• Re: Choice of programming language
  • From: Roy Stogner
• Re: solving difference eq as differential
  • From: digfarenough
• solving difference eq as differential
  • From: digfarenough
• Re: Computing 22k x 22k matrix eigen values
  • From: Sudarshan Raghunathan
• Re: Computing 22k x 22k matrix eigen values
  • From: Sudarshan Raghunathan
• Re: Choice of programming language
  • From: carlos
• Re: Kutta Merson integration
  • From: max
• Re: Choice of programming language
  • From: Roy Stogner
• buckling force computation
  • From: Uwe Schmitt
• Re: Choice of programming language
  • From: Evgenii Rudnyi
• Compressible flow CFD solver and accuracy issues pertaining to implicitisat
  • From: Michael Halls-Moore
• Re: Computing 22k x 22k matrix eigen values
  • From: NoIdea
• Re: Computing 22k x 22k matrix eigen values
  • From: Peter Spellucci
• Re: ? rayleigh-ritz
  • From: Peter Spellucci
• Re: finding matrix exponentials using jordan decomposition
  • From: Peter Spellucci
• New mathematics/physical sciences positions at http://jobs.phds.org, April 03, 2006
  • From: PhDs . org Webmaster
• Re: Choice of programming language
  • From: Han de Bruijn
• Computing 22k x 22k matrix eigen values
  • From: rveloso
• bode&nyquist on pocketpc
  • From: neorf
• Re: Choice of programming language
  • From: kia
• ? rayleigh-ritz
  • From: Cheng Cosine
• Re: Choice of programming language
  • From: Evgenii Rudnyi
• Re: Choice of programming language
  • From: John Herman
• The True Story on Root Solving. DEDICATED TO ALL YOUNG MATH STUDENTS
  • From: arithmonic
• Re: wavelet toolboxes
  • From: Gib Bogle
• Re: Circumcenter of 3d triangle
  • From: Pierre Asselin
• Circumcenter of 3d triangle
  • From: bluemind
• Re: finding matrix exponentials using jordan decomposition
  • From: Lou Pecora
• Re: finding matrix exponentials using jordan decomposition
  • From: Herman Rubin
• Re: Choice of programming language
  • From: Rob McDonald
• Re: Choice of programming language
  • From: nelson
• Re: SOR technique for semiconductor continuity equation
  • From: Olin Perry Norton

We are proud to have Web Hosting and Rack Housing from 9 Net Avenue Deutschland.
(10)