Looping cuts training FLOPs for uniform diffusion language models
Looped UDLMs match a roughly 0.5-trillion-token baseline with up to 2.8x fewer FLOPs on OpenWebText and 3.3x fewer on FineWeb-Edu.
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Looped UDLMs match a roughly 0.5-trillion-token baseline with up to 2.8x fewer FLOPs on OpenWebText and 3.3x fewer on FineWeb-Edu.
Branch pruning cut training time about 30% versus stock DPO, with slightly lower mean accuracy.
Selective looping matches a non-looped UDLM's validation NLL with up to 3.3x fewer training FLOPs.
On one ImageNet-256 setup it beat the baseline's best FID with about half the training compute, including guide overhead.
KV4-RL uses selective INT4 KV quantization to speed Qwen3 GRPO rollouts nearly 2x while keeping benchmark accuracy.
Prism uses dynamic sparse attention to train joint 2K video-audio models 2.5× faster than full attention.
KV-streams stream the KV cache through compaction, speeding agentic RL training 2.6 to 5 times without hurting performance.
Efficient training recipes make vision and language models easier to attack and less robust.
ThinkPrior builds zero-rollout difficulty priors via an offline verifier-anchored pass, halving silent groups in RLVR and cutting wasted rollouts on Qwen2.5-Math-7B.
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