Let’s say you spend an unholy amount of processing time training a 70b. You like history. You want a good LLM for historical info.
By the time you upload it the LLM is outdated. Now what?
If you want it to speak accurately about modern events you’d have to retrain it again. Repeating the process over and over, because time keeps moving on while your LLM does not.
This clearly could become more efficient. Optimally, each subject would probably need to be considered a separate file while the central “brain” of the LLM becomes its own structure.
As it stands, updating the entire LLM is very cost prohibitive and makes no sense if you’re trying to work out specific data points. Why, for example, would you want to update the entire Cantonese dictionary when you just want to fix the list of Alaskan donut shops?
I understand that the tech currently has to treat both the information and the “thinking” behind an LLM as one and the same. It seems more efficient, more effective, to separate the two.
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I got the idea, but I think your example is bad. History is something that is changing really slow and is not even changing, it just increases.
Do you know about LoRA?
I keep hearing about her.
I think there’s a solution to that; LLM internet access.AI just needs to be smart enough to be able to use tools like a human. Then it can effectively search for the right question and then extract the right answer from the internet.
Frustratingly, we don’t have any good plugins for this on oobabooga. The authors seem to have been scared off by fast API changes.
While I’m not an expert, I understand that, in theory, large language models can process an unlimited amount of context. However, there are practical limitations. If we start by training a base model, for example, one with 70 billion parameters, to excel in reasoning and insight extraction, we could then progress to using bigger models to fine-tune . These bigger models could teach our 70b how to handle context windows ranging from 2 to 10 million tokens, essentially allowing us to store up-to-date information in a document. RAG can come in handy here as well.
You’ve basically described the entire purpose behind Retrieval Augmented Generation.
its really about the data curation and normalization.
think yi-34B they are getting results the same and better than 70B LLM’s due
to the quality of there data.
work on the data and you will more than likely be happy with the results.
the training is really the fast part when you think of what is required to really nail down quality input.
So has anyone here tried this- train a LoRA adapter with say base Llama2 model and then merge the Lora adapter with say the Wizard model. As the wizard is a llama fine tuned model, will the LoRa weights merge? I might try it later as well :) If this works, then this is a way to solve your problem. As long as the model architecture doesn’t change, your specific adapter should be applicable even if the base model gets “outdated”.