Visualizing Algorithms (2014)
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Visualizing Algorithms (2014)
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Re: Visualizing Algorithms (2014)
#2It gets more interesting the further you read! Superb work by the author.
Re: Visualizing Algorithms (2014)
#3Can we add 2014 to the title?
For those unaware, Mike created https://observablehq.com/ and d3.js
Re: Visualizing Algorithms (2014)
#4Rock star level performance in visualization and developer experience
Re: Visualizing Algorithms (2014)
#5Can we add 2014 to the title? For those unaware, Mike created https://observablehq.com/ and d3.js
The fact that this is 8 years old makes it even more impressive.
Re: Visualizing Algorithms (2014)
#6Prior HN comments:
https://news.ycombinator.com/item?id=14806488
https://news.ycombinator.com/item?id=7949995
— and the author’s HN posts/comments:
Re: Visualizing Algorithms (2014)
#7There is a how-reverse-image-search-works visualization.
It explains how ivf_flat in faiss finds the approximate images in a huge amount of vectors.
https://zilliz.com/blog/Visualize-Reverse-Image-Search-with-...
Re: Visualizing Algorithms (2014)
#8Speaking as a self-taught "programmer" who never got far beyond the rudiments (basic scripting and automation is about as far as I go), I find stuff like this utterly mindblowing. I'm aware that sorting and maze generation algorithms exist of course, but it's magic to me. I don't understand them at all, and seeing them visualised like this, in such an appealing way, is incredible.
Re: Visualizing Algorithms (2014)
#9observablehq.com is awesome. We use it to build our feder example: https://observablehq.com/@min-tian/feder , If you want to understand vector embeddings, give it a try https://github.com/zilliztech/feder
Re: Visualizing Algorithms (2014)
#10For sampling points on a plane (or other geometries), there is an even better algorithm:
http://extremelearning.com.au/unreasonable-effectiveness-of-...
(Yes, no https - I promise the visualizations are worth it!)