Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
latentdictionary.com
Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
1–10 of 43 posts
Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#2> man woman king queen ruler force powerful care
and couldn't reliably determine position of any of them
Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#3Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#4Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#5Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#6Is this with some sort of dimensionality reduction of the embedding space?
Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#7Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#8Eg what is the real distance between the two vectors? That should be easy to compute
Similarly: what do I get from summing two vectors and what are some nearby vectors?
Maybe just generally: what are some nearby vectors?
Without any additional context it's just a point cloud with a couple of randomly labeled elements
Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#9By running the same multiple times, I get different visualization. I don't really understand what's going on, but I like the idea of visualizing embeddings.
Re: Latent Dictionary: 3D map of Oxford3000+search words via DistilBert embeddings
#10By running the same multiple times, I get different visualization. I don't really understand what's going on, but I like the idea of visualizing embeddings.
I think the PCA dimensionality reduction is non deterministic, but I say this with really low confidence