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On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death. #NumericalAnalysis

diagonalizando's tweet image. On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death.
#NumericalAnalysis
diagonalizando's tweet image. On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death.
#NumericalAnalysis

#NumericalAnalysis Accelerating convergence with Aitken's Method (Delta squared) and plotting it with @maplesoft

blackcloudsover's tweet image. #NumericalAnalysis 
Accelerating convergence with Aitken's Method (Delta squared) and plotting it with @maplesoft

Learning about forward and backward propagation, I can't help but be amused that Newton had his own forward and backward interpolation formulas. The guy was really ahead of his time! Dawg Newton was so freaking amazing it's insane 🫡 #MachineLearning #NumericalAnalysis

CyrusN16's tweet image. Learning about forward and backward propagation, I can't help but be amused that Newton had his own forward and backward interpolation formulas. The guy was really ahead of his time! 
Dawg Newton was so freaking amazing it's insane 🫡

#MachineLearning 
#NumericalAnalysis

(Open Access) Architecture of Advanced Numerical Analysis Systems: freecomputerbooks.com/Architecture-o… Look for "Read and Download Links" section to download. Follow me if you like this post. #NumericalAnalysis #ScientificComputing #NumericalMethods #OCaml #programming

ecomputerbooks's tweet image. (Open Access) Architecture of Advanced Numerical Analysis Systems: freecomputerbooks.com/Architecture-o…

Look for "Read and Download Links" section to download. Follow me if you like this post.
#NumericalAnalysis #ScientificComputing #NumericalMethods #OCaml #programming

⚡Our Latest Release ! ⚡ **Order now ** shroffpublishers.com/books/97893680… Fundamentals of Numerical Analysis by Priyadarshi Majumder, Sandip DeyA textbook for students of NEP UG Electronics Major, NEP UG Maths & as well as students of B.Tech. #numericalanalysis

shroffpub's tweet image. ⚡Our Latest Release ! ⚡
**Order now **
shroffpublishers.com/books/97893680…
Fundamentals of Numerical Analysis by Priyadarshi Majumder, Sandip DeyA textbook for students of NEP UG Electronics Major, NEP UG Maths  & as well as students of B.Tech. #numericalanalysis

⚡Releasing Soon ! ⚡ **Pre-order now ** shroffpublishers.com/books/97893680… Fundamentals of Numerical Analysis By Priyadarshi Majumder, Sandip Dey A textbook for students of UG Electronics Major, UG Mathematics Major & as well as students of B.Tech NEP. #numericalanalysis

shroffpub's tweet image. ⚡Releasing Soon ! ⚡
**Pre-order now **
shroffpublishers.com/books/97893680…
Fundamentals of Numerical Analysis By Priyadarshi Majumder, Sandip Dey
A textbook for students of  UG Electronics Major, UG Mathematics Major & as well as students of B.Tech NEP. #numericalanalysis

(Open Access) Introduction to Scientific Programming with Python: freecomputerbooks.com/Introduction-t… Look for "Read and Download Links" section to download. Follow me if you like this post. #Python #programming #NumericalAnalysis #NumericalComputation #FiniteElement #ScientificComputing

ecomputerbooks's tweet image. (Open Access) Introduction to Scientific Programming with Python: freecomputerbooks.com/Introduction-t…

Look for "Read and Download Links" section to download. Follow me if you like this post.

#Python #programming #NumericalAnalysis #NumericalComputation #FiniteElement #ScientificComputing

Need more than good-looking plots from your ODE solvers in MATLAB? MathWorks numerical analyst Michael Hosea unpacks how to adjust tolerances for real precision. A must-read for anyone working with differential equations 🧮🔍 spr.ly/6013dMWah #MATLAB #NumericalAnalysis


🧮 New Benchmark Study! Explore a comprehensive comparison of MATLAB© codes for solving Caputo-type fractional differential equations. ✍Luigi Brugnano et al. 📖 Read the full article: doi.org/10.3390/fracta… #FractionalCalculus #NumericalAnalysis #MATLAB #FDEs

Fractal_Fract's tweet image. 🧮 New Benchmark Study!
Explore a comprehensive comparison of MATLAB© codes for solving Caputo-type fractional differential equations.

✍Luigi Brugnano et al.
📖 Read the full article: doi.org/10.3390/fracta…

#FractionalCalculus #NumericalAnalysis #MATLAB #FDEs

#callforpapers #mdpisymmetry A new Special Issue opens for submission! Title: Symmetry/Asymmetry in Numerical Analysis and Scientific Computing Editor: Carlos Couder-Castañeda and José Carlos Ortiz Alemán Details: brnw.ch/21wS9O5 #numericalanalysis #parallelcomputing

Symmetry_MDPI's tweet image. #callforpapers #mdpisymmetry A new Special Issue opens for submission!

Title: Symmetry/Asymmetry in Numerical Analysis and Scientific Computing
Editor: Carlos Couder-Castañeda and José Carlos Ortiz Alemán
Details: brnw.ch/21wS9O5
#numericalanalysis #parallelcomputing

High-Accuracy Finite Difference Methods by Bengt Fornberg Addresses an important and current topic in scientific computing not found in standard books on the finite difference method. cup.org/42MGhJA #numericalanalysis

cambUP_maths's tweet image. High-Accuracy Finite Difference Methods by Bengt Fornberg
Addresses an important and current topic in scientific computing not found in standard books on the finite difference method.
cup.org/42MGhJA
#numericalanalysis

Rocket science = Numerical analysis in action. Differential equations, trajectory optimization, thrust calculations. Math meets space! 🚀 #RocketScience #NumericalAnalysis


🚀 It is nice to share that a new preprint with P‑L Giscard & S. Pozza is now on the arXiv! We introduce a novel ★‑product reformulation of nonautonomous linear fractional ODEs—bridging to closed‑form or discretized numerical solutions. #FractionalCalculus #NumericalAnalysis

Fabio Durastante, et al.: A $\star$-Product Approach for Analytical and Numerical Soluti... arxiv.org/abs/2507.16652 arxiv.org/pdf/2507.16652 arxiv.org/html/2507.16652



✍ New article is online! Aeroelastic Response in an Oscillating Transonic Compressor Cascade—An Experimental and Numerical Approach 📜 mdpi.com/2504-186X/10/2… @KTHuniversity @GKNAero #compressor #modeshape #numericalanalysis #experiment

ijtpp's tweet image. ✍ New article is online!

Aeroelastic Response in an Oscillating Transonic Compressor Cascade—An Experimental and Numerical Approach
📜 mdpi.com/2504-186X/10/2…

@KTHuniversity 
@GKNAero

#compressor #modeshape #numericalanalysis #experiment

Glad to have organized a minisymposium with excellent talks on Data driven #numericalanalysis and #machinelearning of #complexsystems at #NUMTA

CSiettos's tweet image. Glad to have  organized a minisymposium with excellent talks on Data driven #numericalanalysis and #machinelearning of #complexsystems  at #NUMTA

New SIAM-style LaTeX template with live Python integration! Compare classical vs accelerated conjugate gradient methods with reproducible results. Perfect for numerical analysis papers. cocalc.com/share/public_p… #SIAM #NumericalAnalysis

cocalc_com's tweet image. New SIAM-style LaTeX template with live Python integration! Compare classical vs accelerated conjugate gradient methods with reproducible results. Perfect for numerical analysis papers. 

cocalc.com/share/public_p… 

#SIAM #NumericalAnalysis

On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death. #NumericalAnalysis

diagonalizando's tweet image. On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death.
#NumericalAnalysis
diagonalizando's tweet image. On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death.
#NumericalAnalysis

New SIAM-style LaTeX template with live Python integration! Compare classical vs accelerated conjugate gradient methods with reproducible results. Perfect for numerical analysis papers. cocalc.com/share/public_p… #SIAM #NumericalAnalysis

cocalc_com's tweet image. New SIAM-style LaTeX template with live Python integration! Compare classical vs accelerated conjugate gradient methods with reproducible results. Perfect for numerical analysis papers. 

cocalc.com/share/public_p… 

#SIAM #NumericalAnalysis

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On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death. #NumericalAnalysis

diagonalizando's tweet image. On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death.
#NumericalAnalysis
diagonalizando's tweet image. On October 15, 1875, André-Louis Cholesky was born. He was a French mathematician who worked in geodesy and cartography. He developed the Cholesky matrix decomposition and the Cholesky method, which were published posthumously after his death.
#NumericalAnalysis

New SIAM-style LaTeX template with live Python integration! Compare classical vs accelerated conjugate gradient methods with reproducible results. Perfect for numerical analysis papers. cocalc.com/share/public_p… #SIAM #NumericalAnalysis

cocalc_com's tweet image. New SIAM-style LaTeX template with live Python integration! Compare classical vs accelerated conjugate gradient methods with reproducible results. Perfect for numerical analysis papers. 

cocalc.com/share/public_p… 

#SIAM #NumericalAnalysis

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