This wikilog article is a draft, it was not published yet.

Crash course in Scientific Computing

⇠ Back to Blog:Sandbox
m (Created page with "= Crash Course in Scientific Computing = or, as officially known, The Wolverhampton Lectures on Physics: [[Wolverhampton Scientific Computing|VI — Scientific Computing]...")
 
m (Crash Course in Scientific Computing)
Line 3: Line 3:
 
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|I. Operating Systems]]
+
# [[WLP VI/I|Operating Systems]]
# [[WLP VI/II|II. $\TeX$ and $\LaTeX$]]
+
# [[WLP VI/II|$\TeX$ and $\LaTeX$]]
# [[WLP VI/III|III. Computer programming]]
+
# [[WLP VI/III|Computer programming]]
 
# [[WLV VI/|Julia]]
 
# [[WLV VI/|Julia]]
# [[WLV VI/IV| Numbers]]
+
# [[WLV VI/IV|Numbers]]
# [[WLV VI/IV| Random numbers]]
+
# [[WLV VI/IV|Random numbers]]
 
# [[WLV VI/|Algorithms - the idea]]
 
# [[WLV VI/|Algorithms - the idea]]
 
# [[WLV VI/|Algorithms - applications]]
 
# [[WLV VI/|Algorithms - applications]]
# [[WLV VI/V|V. Integrals]]
+
# [[WLV VI/V|Integrals]]
# [[WLV VI/VI|VI. Derivatives]]
+
# [[WLV VI/VI|Derivatives]]
# [[WLV VI/| Root finding]]
+
# [[WLV VI/|Root finding]]
# [[WLV VI/| Better root finding]]
+
# [[WLV VI/|Better root finding]]
# [[WLV VI/| Differential equations: Euler]]
+
# [[WLV VI/|Differential equations: Euler]]
# [[WLV VI/| Differential equations: Heun and Runge-Kutta]]
+
# [[WLV VI/|Differential equations: Heun and Runge-Kutta]]
# [[WLV VI/| Functions]]
+
# [[WLV VI/|Functions]]
# [[WLV VI/| Objects]]
+
# [[WLV VI/|Objects]]
# [[WLV VI/| Librairies: the world]]
+
# [[WLV VI/|Librairies: the world]]
# [[WLV VI/| Librairies: private bits]]
+
# [[WLV VI/|Librairies: private bits]]
# [[WLV VI/| Linear algebra]]
+
# [[WLV VI/|Linear algebra]]
# [[WLV VI/| LU decomposition]]
+
# [[WLV VI/|LU decomposition]]
# [[WLV VI/| Fourier transform]]
+
# [[WLV VI/|Fourier transform]]
# [[WLV VI/| DFT]]
+
# [[WLV VI/|DFT]]
# [[WLV VI/| Higher-dimensions]]
+
# [[WLV VI/|Hyperspace]]
# [[WLV VI/| Advanced topics]]
+
# [[WLV VI/|Advanced topics]]
# [[WLV VI/| Fun problems]]
+
# [[WLV VI/|Fun problems]]

Revision as of 10:14, 20 December 2020

Crash Course in Scientific Computing

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

  1. Operating Systems
  2. $\TeX$ and $\LaTeX$
  3. Computer programming
  4. Julia
  5. Numbers
  6. Random numbers
  7. Algorithms - the idea
  8. Algorithms - applications
  9. Integrals
  10. Derivatives
  11. Root finding
  12. Better root finding
  13. Differential equations: Euler
  14. Differential equations: Heun and Runge-Kutta
  15. Functions
  16. Objects
  17. Librairies: the world
  18. Librairies: private bits
  19. Linear algebra
  20. LU decomposition
  21. Fourier transform
  22. DFT
  23. Hyperspace
  24. Advanced topics
  25. Fun problems