Don't be too harsh on the code. It was thrown together in an hour.
I used the method from the paper (linked on HN earlier this week) but had to tweak the code as it was both unclear what the input types should be and had a few bugs. Hopefully I didn't break it during the process.
The classifier seems to work fine and gave me seemingly reasonable results from my admittedly limited testing.
Mostly this was an exercise to teach myself about this method, though I do have a possible use case for it in the future.
Very cool to see such a classic CS problem applied to new domains. Feels like a programmer's version of pharmaceutical drug repurposing.
Don't be too harsh on the code. It was thrown together in an hour.
I used the method from the paper (linked on HN earlier this week) but had to tweak the code as it was both unclear what the input types should be and had a few bugs. Hopefully I didn't break it during the process.
The classifier seems to work fine and gave me seemingly reasonable results from my admittedly limited testing.
Mostly this was an exercise to teach myself about this method, though I do have a possible use case for it in the future.
Very cool to see such a classic CS problem applied to new domains. Feels like a programmer's version of pharmaceutical drug repurposing.