Earlier quoted context omitted.
A stopped clock is right twice a day, but a running clock set to the wrong time is always wrong.
Not always true! Your statement is only true when the running clock's speed is the same as time. Thus, regular time and the clock's time will never meet. If the clock is running faster than regular time, it will at point catch up to regular time and thus be correct for a split second. If the clock is slower than regular time, regular time will catch up to the clock and the clock will be right for a split second.
Bamba: An open-source LLM that crosses a transformer with an SSM
41–50 of 73 posts
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#42Dear IBM name pickers: "Bamba", in Italian, means cocaine.
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#43https://lifearchitect.ai/models-table/ Love those GPQA scores hovering around 5% when chance (on 4-way multi-choice) would have got them 25%!
Procedural error in testing perhaps? I'm not familiar with the methodology for GPQA.
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#44Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#45Earlier quoted context omitted.
Not be contrarian, but if the next word prediction happens to be someone's name or a place or something discussed multiple places in the book then often, yes, a knowledge of the full plot of the book is "required" just to predict the next word, as you get to the middle or end of a book. For example you could never fill in the last chapter of any good book without having knowledge of every previous chapter. Not highly…
What an LLM does is stuff it all into short term memory. Humans dump the first pages into long term memory and "make sense" of it. Humans have a massive context window because of this (and sheer brain size and efficiency).
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#46Earlier quoted context omitted.
What an LLM does is stuff it all into short term memory. Humans dump the first pages into long term memory and "make sense" of it. Humans have a massive context window because of this (and sheer brain size and efficiency).
We don’t put things into long term memory after we read it. We usually put it after night of sleep. I personally think that context (and kv cache correspondingly) in the models are akin to our short term memory, while training process (and actual weights) are to our long term memory. And we can’t be sure our short term memory doesn’t work in a way of matching the current context towards currently stored short term me…
OTOH if you had to remember a phone number to write it down, how does that differ?
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#47Earlier quoted context omitted.
A stopped clock is right twice a day, but a running clock set to the wrong time is always wrong.
Not always true! Your statement is only true when the running clock's speed is the same as time. Thus, regular time and the clock's time will never meet. If the clock is running faster than regular time, it will at point catch up to regular time and thus be correct for a split second. If the clock is slower than regular time, regular time will catch up to the clock and the clock will be right for a split second.
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#48Btw bamba if given to kids at a young age can drastically reduce the chance of peanut allergies
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#49Earlier quoted context omitted.
We don’t put things into long term memory after we read it. We usually put it after night of sleep. I personally think that context (and kv cache correspondingly) in the models are akin to our short term memory, while training process (and actual weights) are to our long term memory. And we can’t be sure our short term memory doesn’t work in a way of matching the current context towards currently stored short term me…
So if you now hide my original comment and try to recall what I said, do you know it word for word (and are thinking if every word, e.g. did I use one or 2 spaces somewhere as that would change tokens) or do you have a rough concept of what I said? OTOH if you had to remember a phone number to write it down, how does that differ?
As for SSMs - I think they compress model memory state way too much. Mixed global/local attention layers do just as well. And sparse/block attention seems like a way forward much more (https://arxiv.org/abs/2502.11089).
Re: Bamba: An open-source LLM that crosses a transformer with an SSM
#50Wonder if the name is inspired by my favorite snack, bamba. The best are the hazelnut bamba. Btw bamba if given to kids at a young age can drastically reduce the chance of peanut allergies
SSM (state space model) -> SSSM (structured state space model) -> (it's like a snake ssss...) Mamba -> Bamba