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 blog.autarkaw.com
Solution to ordinary differential equations posed as definite integral - Numerical Methods Guy
| | www.stochasticlifestyle.com
Symbolic-Numerics: how compiler smarts can help improve the performance of numerical methods (nonlinear solvers in Julia) - S...
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| | Many problems can be reduced down to solving f(x)=0, maybe even more than you think! Solving a stiff differential equation? Finding out where the ball hits the ground? Solving an inverse problem to find the parameters to fit a model? In this talk we'll showcase how SciML's NonlinearSolve.jl is a general system for solving nonlinear equations and demonstrate its ability to efficiently handle these kinds of problems with high stability and performance. We will focus on how compilers are being integrated in...
| | arachnoid.com
* Introduction to Calculus
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| | A carefully worded overview of calculus for nonspecialists and the simply curious.
| | eklausmeier.goip.de
SUNDIALS (SUite of Nonlinear and DIfferential/ALgebraic equation Solvers) - Elmar Klausmeier's Blog on Computers, Programming, and Mathematics
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| | qchu.wordpress.com
Higher linear algebra | Annoying Precision
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| Let $latex k$ be a commutative ring. A popular thing to do on this blog is to think about the Morita 2-category $latex \text{Mor}(k)$ of algebras, bimodules, and bimodule homomorphisms over $latex k$, but it might be unclear exactly what we're doing when we do this. What are we studying when we study the Morita...