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authorJP Appel <jeanpierre.appel01@gmail.com>2024-04-19 20:18:59 -0400
committerJP Appel <jeanpierre.appel01@gmail.com>2024-04-19 20:18:59 -0400
commita14d5de987f540a4f9bcc4ec89f614810633d482 (patch)
tree8880a8e7e6570525daf72fc17c8b36f94f041bfd /presentation/notes.md
parent706c30fa8ad8cc0a48c6d4d62902ee0d6802662e (diff)
created build rules for presentation
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* examples of fractals (Romanesco, Sripenski triangle, Menger sponge)
* question: how do we handle recursion in computer science
* we avoid it!
+* Mention how when Mandelbrot initially tried to have his computed image printed, the printers kept removing the "dust" thinking it was a misprint
* serial algorithm for computing Mandelbrot set
* runtime
- * animation where the number of frames are dependent on runtime:w
+ * animation where the number of frames are dependent on runtime
* shared algorithm for computing mandelbrot set
* runtime
* unique challenges of the shared version
* benefits gained from the shared version
- * animation where the number of frames are dependent on runtime:w
+ * animation where the number of frames are dependent on runtime
* gpu algorithm for computing mandelbrot set
* runtime
* unique challenges of the gpu version
* benefits gained from the gpu version
- * animation where the number of frames are dependent on runtime:w
+ * animation where the number of frames are dependent on runtime
* overall comparison of implementations