Huginn-style looped models beat Ouro at matched scale
A Huginn-style MoE uses 75% fewer resident parameters than a 112-layer feedforward baseline under matched FLOPs.
A Huginn-style MoE uses 75% fewer resident parameters than a 112-layer feedforward baseline under matched FLOPs.
Looped language models near fixed points cut training and decode cost via learned depth priors and orthogonal injection.
Learned depth priors and orthogonal injection improve looped language models while enabling cheaper KV sharing.
Training-free LoopCD improves looped Transformer decoding and can cut recurrent compute by up to 48%.
LoopCD uses earlier recurrent states for contrastive decoding, boosting looped Transformers while cutting inference FLOPs.
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