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Also see the gigantic map - https://iconmap.io https://iconmap.io The blog post is the analysis of the data set, the map is the visualization.
by gurgeous 5y ago
Also see the gigantic map - https://iconmap.io https://iconmap.io
The blog post is the analysis of the data set, the map is the visualization.
- svdr 5y agoI see a lot of repetitions in the map?
- gurgeous 5y agoIt's one icon per domain. Try hovering (on desktop) and you'll see that many domains have the same favicon.
- true_religion 5y agoIt also works on mobile if you tap the fav icon.
- oehpr 5y agoI wonder if there might be a way to map all these using t-SNE to discrete grid locations? Maybe even an autoencoder. I'd love to see what features it could pick out. I don't see their data set though. hmmm. maybe I'll just have to crawl it on my own if I want to do it.
- lgvld 5y agoYou can use t-SNE (or even better: UMAP or one of its variation) to create a 2D points cloud, and then use something like RasterFairy [1] to map 2D positions to the cells a grid. It usually works well. [1] https://github.com/Quasimondo/RasterFairy https://github.com/Quasimondo/RasterFairy
- yboris 5y agoside note: instead of t-SNE consider UMAP - provides better results (and it's much faster) https://github.com/lmcinnes/umap https://github.com/lmcinnes/umap
- isoprophlex 5y agoIs the dataset available for download? I couldn't immediately find a download to the dataset in the linked article. My hands itch to do some dimension reduction on that data and make some nice plots