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Cool post! Keep writing this stuff, you’re good at it.
Thanks! I was unsure if the blog would be a good idea or not because I have never tried writing about my projects too much. As a person who struggles to groks research papers I find blog posts that analyze them immensely helpful. I also find it helpful to summarize my thoughts for my own learning.
Nice write up!

I think you might see some interesting results using a non-parametric [one that doesn't require specifying the number of clusters apriori] clustering algorithm, like mean-shift. I've never seen an adaptation for discrete data like this, but it should be possible.

You could have the same tradeoff between note-distance and time-distance.

Cool, I'll definitely look into these types of algorithms. Do you have exposure to these? I'm still a 3rd year undergrad and my maths isn't strong enough yet to grok some of the crazier algorithms.
I certainly do! Mean shift (https://spin.atomicobject.com/2015/05/26/mean-shift-clusteri...) is commonly used in image/volume segmentation, when you have CPU to burn. I've done a decent amount of work on optimization of it.

Actually I was curious enough about this novel use (and I happen to be interested in music myself, who isn't) I saw your post and thought about replicating it and emailing you results. I'd be more than happy to work with you on any non-commercial stuff. (An email address which works for me is on my HN profile, could you send me a note? Even if nothing else it doesn't make sense for all of us to spider/scrape the same datasets over and over...)

You might find the work of Mason Bretan on this [0][1], and the video demo here https://www.youtube.com/watch?v=BbyvbO2F7ug relevant to your future work. Nice writeup!

[0] https://arxiv.org/abs/1612.03789

[1] https://arxiv.org/abs/1706.04486

Thanks for the paper recommendations. I've definitely come across the autoencoder paper on my deep learning music project last semester. We actually have a novel model that "walks" across a VAE encoding space to produce songs. By walking in circular motions, we can produce repeating themes and rhythms. You can find it samples of it at www.deepsymphony.com