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#numericalanalysis search results

diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Nov 4

On November 3, 1867, Martin Wilhelm Kutta was born. He was a German mathematician and physicist who worked in numerical analysis. He is best remembered for the Runge–Kutta method. #NumericalAnalysis #DifferentialEquation

diagonalizando's tweet image. On November 3, 1867, Martin Wilhelm Kutta was born. He was a German mathematician and physicist who worked in numerical analysis. He is best remembered for the Runge–Kutta method. #NumericalAnalysis #DifferentialEquation
diagonalizando's tweet image. On November 3, 1867, Martin Wilhelm Kutta was born. He was a German mathematician and physicist who worked in numerical analysis. He is best remembered for the Runge–Kutta method. #NumericalAnalysis #DifferentialEquation
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diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Oct 23

On October 24, 1821, Philipp von Seidel was born. He was a German mathematician and optics researcher who worked in mathematical analysis. He is remembered for being the first to publish the Gauss-Seidel method. #NumericalAnalysis

diagonalizando's tweet image. On October 24, 1821, Philipp von Seidel was born. He was a German mathematician and optics researcher who worked in mathematical analysis. He is remembered for being the first to publish the Gauss-Seidel method. #NumericalAnalysis
diagonalizando's tweet image. On October 24, 1821, Philipp von Seidel was born. He was a German mathematician and optics researcher who worked in mathematical analysis. He is remembered for being the first to publish the Gauss-Seidel method. #NumericalAnalysis
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diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Oct 15

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
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MatildaSpicer's profile picture. Math & physics fan sharing simple, beautiful ideas—based on what I’ve learned from writing books. Clarity first, always. ✨
Matilda Spicer
 @MatildaSpicer
Nov 3

November 3, 1867 — Wilhelm Kutta was born. A key developer of the Runge–Kutta methods, he revolutionized numerical solutions of differential equations—now essential for simulations across science and engineering. 🔢⚙️ #OnThisDay #Math #NumericalAnalysis

MatildaSpicer's tweet image. November 3, 1867 — Wilhelm Kutta was born. A key developer of the Runge–Kutta methods, he revolutionized numerical solutions of differential equations—now essential for simulations across science and engineering. 🔢⚙️ #OnThisDay #Math #NumericalAnalysis
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diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Nov 4

On November 3, 1967, Alexander Aitken passed away. He was a New Zealand mathematician with an extraordinary memory. He worked in statistics and numerical analysis. He is remembered for Aitken’s Δ^2 process and Aitken’s acceleration theorem. #NumericalAnalysis

diagonalizando's tweet image. On November 3, 1967, Alexander Aitken passed away. He was a New Zealand mathematician with an extraordinary memory. He worked in statistics and numerical analysis. He is remembered for Aitken’s Δ^2 process and Aitken’s acceleration theorem. #NumericalAnalysis
diagonalizando's tweet image. On November 3, 1967, Alexander Aitken passed away. He was a New Zealand mathematician with an extraordinary memory. He worked in statistics and numerical analysis. He is remembered for Aitken’s Δ^2 process and Aitken’s acceleration theorem. #NumericalAnalysis
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ChrisRackauckas's profile picture. Lead dev of @sciml_org, VP of Modeling and Simulation @JuliaHubInc, Director of Scientific Research @pumas_ai, and Research Staff @mit_csail. #julialang #sciml
Dr. Chris Rackauckas
 @ChrisRackauckas
Oct 26

Did you know that having accurate floating point operations at every step doesn't guarantee your algorithm is stable? #NumericalAnalysis #ScientificComputing #Julialang #SciML

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cocalc_com's profile picture. Collaborate in real time while using Jupyter, Linux, LaTeX, and more.
CoCalc by SageMath, Inc.
 @cocalc_com
Oct 22

Check out this Numerical Analysis LaTeX template on CoCalc: root-finding, quadrature, interpolation, convergence; auto figures + biber, pro visuals. Open: cocalc.com/share/public_p… #LaTeX #NumericalAnalysis #CoCalc

cocalc_com's tweet image. Check out this Numerical Analysis LaTeX template on CoCalc: root-finding, quadrature, interpolation, convergence; auto figures + biber, pro visuals. Open: cocalc.com/share/public_p… #LaTeX #NumericalAnalysis #CoCalc
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blackcloudsover's profile picture. "A man who wants to be good among many who are not will end up ruined." The clean will be the first to fall. (Maquiavelo)
Vanishing
@blackcloudsover
Aug 23

#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
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MATLAB's profile picture. MATLAB is a high-level language and interactive environment for numerical computation, visualization, and programming 📲 Follow us on Instagram @MATLAB
MATLAB
 @MATLAB
May 16, 2024

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

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cocalc_com's profile picture. Collaborate in real time while using Jupyter, Linux, LaTeX, and more.
CoCalc by SageMath, Inc.
 @cocalc_com
Oct 12

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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Symmetry_MDPI's profile picture. Symmetry (ISSN 2073-8994; IF 2.2) is an #openaccess journal, covering #symmetry phenomena occur in scientific studies, published online by @MDPIOpenAccess.
Symmetry MDPI
 @Symmetry_MDPI
Nov 25

Research on #MathematicalModeling of Critical Impact Force and Rollover Velocity of Coach Tripped Rollover Based on #NumericalAnalysis Method ✏️ Xinye Wu, Zhiwei Wang and Shenghui Chen 🔗 brnw.ch/21wXNhM Viewed: 2072; Cited: 3 #mdpisymmetry #numericalsimulation

Symmetry_MDPI's tweet image. Research on #MathematicalModeling of Critical Impact Force and Rollover Velocity of Coach Tripped Rollover Based on #NumericalAnalysis Method ✏️ Xinye Wu, Zhiwei Wang and Shenghui Chen 🔗 brnw.ch/21wXNhM Viewed: 2072; Cited: 3 #mdpisymmetry #numericalsimulation
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CyrusN16's profile picture. Whale Psychiatrist | Cold brews & white toes that slay - DM Opinions, mine
𝔄𝔲𝔤𝔲𝔰𝔱𝔦𝔫𝔢 𝕏
 @CyrusN16
Mar 15

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
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CSiettos's profile picture. Prof of #Mathematics @UninaIT & @SSMeridionale. Chair of the Advisory board of @days_europe.
Constantinos Siettos
 @CSiettos
Jun 20, 2023

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
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XinCai92's profile picture. Hack the world w/ low-bias & low-variance Estimator | Strive to be slightly above the Baseline | Optimize within the hard constraint of Ethics | Views my own
Xin Cai
 @XinCai92
Oct 29

I built a 3-part series on ODEs, written as a self-learning project with ChatGPT as my learning partner. 1️⃣ Existence and Uniqueness 2️⃣ One-Step (Runge–Kutta) Methods 3️⃣ The Dahlquist Equivalence Theorem #NumericalAnalysis #DifferentialEquations #AIinEducation #LLMs

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TheSIAMNews's profile picture. SIAM helps build cooperation between math and the worlds of science and tech to solve real-world problems through publications, conferences, programs, & more.
SIAM
 @TheSIAMNews
Mar 3

Kicking off #SIAMCSE25 with the first invited presentation of the week! Sigal Gottlieb (@UMassD) explores strong stability preserving methods for hyperbolic partial differential equations. If you're on site, don’t miss it! #NumericalAnalysis

TheSIAMNews's tweet image. Kicking off #SIAMCSE25 with the first invited presentation of the week! Sigal Gottlieb (@UMassD) explores strong stability preserving methods for hyperbolic partial differential equations. If you're on site, don’t miss it! #NumericalAnalysis
TheSIAMNews's tweet image. Kicking off #SIAMCSE25 with the first invited presentation of the week! Sigal Gottlieb (@UMassD) explores strong stability preserving methods for hyperbolic partial differential equations. If you're on site, don’t miss it! #NumericalAnalysis
TheSIAMNews's tweet image. Kicking off #SIAMCSE25 with the first invited presentation of the week! Sigal Gottlieb (@UMassD) explores strong stability preserving methods for hyperbolic partial differential equations. If you're on site, don’t miss it! #NumericalAnalysis
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cambUP_maths's profile picture. @CambridgeUP is a leading publisher in pure & applied mathematics, & statistics, from undergraduate teaching to the latest research.
Cambridge University Press - Mathematics
 @cambUP_maths
May 21

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
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ecomputerbooks's profile picture. Free Computer, Programming, Mathematics, Technical Books, Lecture Notes and Tutorials
Free Computer Books
 @ecomputerbooks
Aug 9

(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
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shroffpub's profile picture.
Shroff Publishers
 @shroffpub
Jul 31

⚡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
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Symmetry_MDPI's profile picture. Symmetry (ISSN 2073-8994; IF 2.2) is an #openaccess journal, covering #symmetry phenomena occur in scientific studies, published online by @MDPIOpenAccess.
Symmetry MDPI
 @Symmetry_MDPI
Nov 25

Research on #MathematicalModeling of Critical Impact Force and Rollover Velocity of Coach Tripped Rollover Based on #NumericalAnalysis Method ✏️ Xinye Wu, Zhiwei Wang and Shenghui Chen 🔗 brnw.ch/21wXNhM Viewed: 2072; Cited: 3 #mdpisymmetry #numericalsimulation

Symmetry_MDPI's tweet image. Research on #MathematicalModeling of Critical Impact Force and Rollover Velocity of Coach Tripped Rollover Based on #NumericalAnalysis Method ✏️ Xinye Wu, Zhiwei Wang and Shenghui Chen 🔗 brnw.ch/21wXNhM Viewed: 2072; Cited: 3 #mdpisymmetry #numericalsimulation
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43fOh15lpj8676's profile picture. 素数重力と有限閉包で無限を有限に写す。Fejer–Yukawa窓の一様正性で整合を保ち、Ghost Drift注意機構でAIと世界の意味を接続する独立研究所。 HPはこちら→https://t.co/lLYBh7SWkZ
GhostDrift数理研究所
@43fOh15lpj8676
Nov 23

Transforming dynamic supercomputing processes into static "integer ledgers." Verify mathematical truth on a smartphone, even 100 years from now. The next generation of mathematical infrastructure. medium.com/@hide.pollini.… #ADIC #GhostDrift #NumericalAnalysis

43fOh15lpj8676's tweet card. A “Mathematical Time Capsule” that allows supercomputer proofs to be verified on a smartphone calculator
Freezing “Chaos” for Eternity: The Birth of the ADIC Architecture
Source: medium.com
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Symmetry_MDPI's profile picture. Symmetry (ISSN 2073-8994; IF 2.2) is an #openaccess journal, covering #symmetry phenomena occur in scientific studies, published online by @MDPIOpenAccess.
Symmetry MDPI
 @Symmetry_MDPI
Nov 18

#InverseProblem #NumericalAnalysis of Forager Bee Losses in Spatial Environment without Contamination ✏️ Atanas Z. Atanasov, Miglena N. Koleva and Lubin G. Vulkov 🔗 brnw.ch/21wXA65 Viewed: 1487; Cited: 3 #mdpisymmetry #iterative @ComSciMath_Mdpi

Symmetry_MDPI's tweet image. #InverseProblem #NumericalAnalysis of Forager Bee Losses in Spatial Environment without Contamination ✏️ Atanas Z. Atanasov, Miglena N. Koleva and Lubin G. Vulkov 🔗 brnw.ch/21wXA65 Viewed: 1487; Cited: 3 #mdpisymmetry #iterative @ComSciMath_Mdpi
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diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Nov 4

On November 3, 1967, Alexander Aitken passed away. He was a New Zealand mathematician with an extraordinary memory. He worked in statistics and numerical analysis. He is remembered for Aitken’s Δ^2 process and Aitken’s acceleration theorem. #NumericalAnalysis

diagonalizando's tweet image. On November 3, 1967, Alexander Aitken passed away. He was a New Zealand mathematician with an extraordinary memory. He worked in statistics and numerical analysis. He is remembered for Aitken’s Δ^2 process and Aitken’s acceleration theorem. #NumericalAnalysis
diagonalizando's tweet image. On November 3, 1967, Alexander Aitken passed away. He was a New Zealand mathematician with an extraordinary memory. He worked in statistics and numerical analysis. He is remembered for Aitken’s Δ^2 process and Aitken’s acceleration theorem. #NumericalAnalysis
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diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Nov 4

On November 3, 1867, Martin Wilhelm Kutta was born. He was a German mathematician and physicist who worked in numerical analysis. He is best remembered for the Runge–Kutta method. #NumericalAnalysis #DifferentialEquation

diagonalizando's tweet image. On November 3, 1867, Martin Wilhelm Kutta was born. He was a German mathematician and physicist who worked in numerical analysis. He is best remembered for the Runge–Kutta method. #NumericalAnalysis #DifferentialEquation
diagonalizando's tweet image. On November 3, 1867, Martin Wilhelm Kutta was born. He was a German mathematician and physicist who worked in numerical analysis. He is best remembered for the Runge–Kutta method. #NumericalAnalysis #DifferentialEquation
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MatildaSpicer's profile picture. Math & physics fan sharing simple, beautiful ideas—based on what I’ve learned from writing books. Clarity first, always. ✨
Matilda Spicer
 @MatildaSpicer
Nov 3

November 3, 1867 — Wilhelm Kutta was born. A key developer of the Runge–Kutta methods, he revolutionized numerical solutions of differential equations—now essential for simulations across science and engineering. 🔢⚙️ #OnThisDay #Math #NumericalAnalysis

MatildaSpicer's tweet image. November 3, 1867 — Wilhelm Kutta was born. A key developer of the Runge–Kutta methods, he revolutionized numerical solutions of differential equations—now essential for simulations across science and engineering. 🔢⚙️ #OnThisDay #Math #NumericalAnalysis
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XinCai92's profile picture. Hack the world w/ low-bias & low-variance Estimator | Strive to be slightly above the Baseline | Optimize within the hard constraint of Ethics | Views my own
Xin Cai
 @XinCai92
Oct 29

I built a 3-part series on ODEs, written as a self-learning project with ChatGPT as my learning partner. 1️⃣ Existence and Uniqueness 2️⃣ One-Step (Runge–Kutta) Methods 3️⃣ The Dahlquist Equivalence Theorem #NumericalAnalysis #DifferentialEquations #AIinEducation #LLMs

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ChrisRackauckas's profile picture. Lead dev of @sciml_org, VP of Modeling and Simulation @JuliaHubInc, Director of Scientific Research @pumas_ai, and Research Staff @mit_csail. #julialang #sciml
Dr. Chris Rackauckas
 @ChrisRackauckas
Oct 26

Did you know that having accurate floating point operations at every step doesn't guarantee your algorithm is stable? #NumericalAnalysis #ScientificComputing #Julialang #SciML

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diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Oct 23

On October 24, 1821, Philipp von Seidel was born. He was a German mathematician and optics researcher who worked in mathematical analysis. He is remembered for being the first to publish the Gauss-Seidel method. #NumericalAnalysis

diagonalizando's tweet image. On October 24, 1821, Philipp von Seidel was born. He was a German mathematician and optics researcher who worked in mathematical analysis. He is remembered for being the first to publish the Gauss-Seidel method. #NumericalAnalysis
diagonalizando's tweet image. On October 24, 1821, Philipp von Seidel was born. He was a German mathematician and optics researcher who worked in mathematical analysis. He is remembered for being the first to publish the Gauss-Seidel method. #NumericalAnalysis
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cocalc_com's profile picture. Collaborate in real time while using Jupyter, Linux, LaTeX, and more.
CoCalc by SageMath, Inc.
 @cocalc_com
Oct 22

Check out this Numerical Analysis LaTeX template on CoCalc: root-finding, quadrature, interpolation, convergence; auto figures + biber, pro visuals. Open: cocalc.com/share/public_p… #LaTeX #NumericalAnalysis #CoCalc

cocalc_com's tweet image. Check out this Numerical Analysis LaTeX template on CoCalc: root-finding, quadrature, interpolation, convergence; auto figures + biber, pro visuals. Open: cocalc.com/share/public_p… #LaTeX #NumericalAnalysis #CoCalc
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diagonalizando's profile picture. Divulgando y disfrutando de las matemáticas, la física y la astronomía. Instagram: @diagonalizando
Diagonalizando
 @diagonalizando
Oct 15

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
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cocalc_com's profile picture. Collaborate in real time while using Jupyter, Linux, LaTeX, and more.
CoCalc by SageMath, Inc.
 @cocalc_com
Oct 12

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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No results for "#numericalanalysis"
Symmetry_MDPI's profile picture. Symmetry (ISSN 2073-8994; IF 2.2) is an #openaccess journal, covering #symmetry phenomena occur in scientific studies, published online by @MDPIOpenAccess.
Symmetry MDPI
 @Symmetry_MDPI
Nov 25

Research on #MathematicalModeling of Critical Impact Force and Rollover Velocity of Coach Tripped Rollover Based on #NumericalAnalysis Method ✏️ Xinye Wu, Zhiwei Wang and Shenghui Chen 🔗 brnw.ch/21wXNhM Viewed: 2072; Cited: 3 #mdpisymmetry #numericalsimulation

Symmetry_MDPI's tweet image. Research on #MathematicalModeling of Critical Impact Force and Rollover Velocity of Coach Tripped Rollover Based on #NumericalAnalysis Method ✏️ Xinye Wu, Zhiwei Wang and Shenghui Chen 🔗 brnw.ch/21wXNhM Viewed: 2072; Cited: 3 #mdpisymmetry #numericalsimulation
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