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www.johndcook.com | ||
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ataspinar.com
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| | | | | [latexpage] In this blog-post we will have a look at how Differential Equations (DE) can be solved numerically via the Finite Differences method. By solving differential equations we can run simula... | |
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almostsuremath.com
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| | | | | Stochastic differential equations (SDEs) form a large and very important part of the theory of stochastic calculus. Much like ordinary differential equations (ODEs), they describe the behaviour of a dynamical system over infinitesimal time increments, and their solutions show how the system evolves over time. The difference with SDEs is that they include a source... | |
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walkingrandomly.com
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| | | | | Welcome to the latest edition of A Month of Math Software which includes information on a new language for scientific computing, statistics software education in New Zealand as well as the usual mi... | |
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fgiesen.wordpress.com
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| | | This post is part of the series "A trip through the Graphics Pipeline 2011". Welcome back! This post deals with the second half of pixel processing, the "join phase". The previous phase was all about taking a small number of input streams and turning them into lots of independent tasks for the shader units. Now... | ||
