Infinite-Parameter LLMs: Generating and Adapting Weights from Live Data
Compile what users tell a chatbot into its weights instead of rereading it every prompt.
48.0F1
MS MARCO answer F1, weights
Beats putting the same ten noisy passages in the prompt
How it works
Frozen models forget
Facts users supply live in the prompt, get reread on every request, then are thrown away after the session.
Generate weights, track belief
A hypernetwork turns each passage into a low-rank weight tweak; a running belief picks which tweak to apply.
Beats prompt and retrieval
On long, noisy evidence, weights beat the prompt, and the trained selector out-routes dense retrieval on four datasets.
What they found
Which comes out on top on Top-1 routing accuracy?
Packing more into one code
try itDrag the pool size up and watch one big read lose accuracy.
- Answer F1
- medium
- here
- Small pool, read holds
Terms
6 termsHypernetwork A network that outputs weight changes for another model, here from a text passage.
Instead of rereading your notes before every answer, you memorize each note as a reflex card, then keep a running guess which card fits the conversation.
Limits
- Prompt still wins on short clean evidence: SQuAD 85.3 vs 51.8.
- Only a categorical top-1 belief tested; continuous Bayesian version left untested.
- Multi-turn results use authored conversations over pools built for them.