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Crash course in Scientific Computing

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or, as officially known, [[The Wolverhampton Lectures on Physics]]: [[Wolverhampton Scientific Computing|VI — Scientific Computing]].
 
or, as officially known, [[The Wolverhampton Lectures on Physics]]: [[Wolverhampton Scientific Computing|VI — Scientific Computing]].
  
# [[WLP VI/I|Operating Systems]]
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{{WLPVI-content}}
# [[WLP VI/II|$\TeX$ and $\LaTeX$]]
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# [[WLP VI/III|Computer programming]]
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# [[WLV VI/IV|Julia]]
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# [[WLV VI/V|Numbers]]
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# [[WLV VI/VI|Random numbers]]
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# [[WLV VI/VII|Algorithms - the idea]]
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# [[WLV VI/VIII|Algorithms - applications]]
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# [[WLV VI/IX|Integrals]]
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# [[WLV VI/X|Derivatives]]
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# [[WLV VI/XI|Root finding]]
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# [[WLV VI/XII|Better root finding]]
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# [[WLV VI/XIII|Differential equations: Euler]]
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# [[WLV VI/XIV|Differential equations: Heun and Runge-Kutta]]
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# [[WLV VI/XV|Oscillators]]
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# [[WLV VI/XVI|Stability]]
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# [[WLV VI/XVII|Functions]]
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# [[WLV VI/XVIII|Objects]]
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# [[WLV VI/XIX|Librairies: the world]]
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# [[WLV VI/XX|Librairies: private bits]]
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# [[WLV VI/XXI|Linear algebra]]
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# [[WLV VI/XXII|DFT]]
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# [[WLV VI/XXIII|Hyperspace]]
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# [[WLV VI/XXIV|Advanced topics]]
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# [[WLV VI/XXV|Fun problems]]
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Revision as of 10:44, 20 December 2020

Crash Course in Scientific Computing

or, as officially known, The Wolverhampton Lectures on Physics: VI — Scientific Computing.

  1. Computers
  2. Operating Systems
  3. Software
  4. $\TeX$ and $\LaTeX$
  5. Computation
  6. Computer Programming
  7. Julia
  8. Plotting
  9. Numbers
  10. Random numbers
  11. Algorithms–the idea
  12. Algorithms–applications
  13. Root finding
  14. Linear Equations
  15. Interpolation and Extrapolation
  16. Fitting
  17. Integrals
  18. Derivatives
  19. Ordinary Differential Equations
  20. Differential calculus of vector fields
  21. Partial Differential Equations
  22. Finite elements and finite volumes
  23. Fourier and DFT
  24. Chaos and fractals
  25. Fun problems