356 karma · joined June 28, 2018
Location: Florida on paper (U.S. citizen born & raised); Currently residing in Nicaragua
Remote: Yes
Willing to relocate: No
Technologies: Rust, TypeScript, Python, Docker, some PyTorch / Tensorflow
Résumé/CV: https://www.linkedin.com/in/jeremyharrisconsultant/
Email: jeremy.harris@zenosmosis.com
I'm timezone agnostic and on-call.https://github.com/jzombie/globcat.sh
Nothing fancy, but gets the job done.
I don't want a Facebook extension to have access to arbitrary data that I copy and paste in my browser, which may be unrelated to the app I'm developing at the time.
The code lives here: https://github.com/jzombie/etf-matcher
The ad-hoc vector DB I've created lives here: https://github.com/jzombie/etf-matcher/blob/main/rust/src/da...
You're referring to using the embeddings for cosine similarity?
I am doing something similar with stocks. Taking several decades worth of 10-Q statements for a majority of stocks and weighted ETF holdings and using an autoencoder to generate embeddings that I run cosine and euclidean algorithms on via Rust WASM.
I'd like to be wrong here, and while I'm making assumptions, I'd say that probably anything else related to neural networks on Apple is dead as well.
Quant trading is exactly that.
I don't think it's a viable business model if you flat out have to lie about it and don't even know who your target audience is.
And more importantly, will it give the same response every single time?
False.
LLMs can synthesize and combine information from their training data and generate new insights, ideas, and expressions that weren't explicitly present in the training data.
This adds layers of interpretation, inference, and creativity that enhance the complexity of the information they produce.
What are their mathematics? Please enlighten me.