Earlier quoted context omitted.
Here's a summary of what's happened the past couple of years and what tools are out there. After ChatGPT released, there was a lot of hype in the space but open source was far behind. Iirc the best open foundation LLM that existed was GPT-2 but it was two generations behind. Awhile later Meta released LLaMA[1], a well trained base foundation model, which brought an explosion to open source. It was soon implemented in…
Overall a good write up, but I have a few quips: > Awhile later Meta released LLaMA[1], I think Stable Diffusion was first to release a SOTA model (August 2022) that worked locally, not in language but image generation, but it set the tone for Meta. LLaMA only came in February 2023. > The company Mistral had proven itself in the past with very impressive LLaMA finetunes Mistal is not a finetune of LLaMA, it is a mode…
Sure, I was only covering LLMs though. If I wanted to cover image generation models and tools as well, the comment would be double its size.
> Mistal is not a finetune of LLaMA, it is a model trained from scratch. Also, Mistral was most of the time better than LLaMA during this period.
Oh, that's right. Iirc it was just the Llama 2 architecture that was used with sliding window attention.
> Quantization does not improve accuracy, except if you trade off precision for longer context maybe, but not on similar prompts. It is like JPEG compression, the original is always better for a specific image, but for the same byte size you get more resolution from JPEG than say... a PNG.
I'm well aware of how quantization works. I meant quantization methods were increasingly able to retain accuracy. Such as methods which quantize less important weights more heavily, improving accuracy for the same LLM size.