Tencent releases DSpine draft model for Qwen3.8-27B
The five-layer checkpoint uses block size 16 and an 8,192-token window and is trending at number 30.
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The five-layer checkpoint uses block size 16 and an 8,192-token window and is trending at number 30.
D3D drafts during verification without target hidden states for 5.71x speedup.
It achieves 2.6-2.8x speedup on speak chunks and reduces delay by 73%.
Standalone diffusion drafter removes sequential dependency for 5x LLM inference speedup.
Training draft models to reject at critical decision points improves agent accuracy by training 0.06% to 0.28% of parameters on agentic coding benchmarks.
Training draft models to be rejected at critical points raises end-to-end success on complex agentic coding benchmarks without changing target model output.
SpecOPD parallelizes on-policy distillation across branches for up to 41.45% higher mean acceptance length and 3.56times generation speedup.
SpecPilot is an agentic loop that discovers algorithms and optimizations for speculative decoding across deployments.
At equal diversity and a 10^-3 false-positive rate, it detects 8 to 22 points more 100-token answers than TextSeal.
The headline describes FlashMap as a flow-map drafter claimed to speed decoding by 6.14 times.
Speculative decoding sent a planted secret in rejected drafts; audited ADLER runs did not expose it beyond the answer.
From 167M to 1.2B parameters, Soft-MTP lowers next-token perplexity and speeds speculative decoding without new parameters.
On SDAR-8B, SPOT cuts target passes by up to 6.8× and reaches up to 3.4× standard throughput.
Warm-cache runs commit 3.60–7.77 tokens per forward, and a prefetcher raises Spider throughput 1.38x.
Authors report that jointly varying diffusion effort and acceptance leniency beats single-step diffusion drafting on the speed-quality frontier.
Draft models trained on accepted and rejected tokens report 1.35 times faster inference without a quality loss.
On Llama and Qwen pairings, it was up to 4.1x faster than standard decoding and beat a fixed window in 8 of 10 settings.
A quantized on-device draft model predicts future experts, cutting time per output token by 1.50x on average.
ProVe reaches 2.7x throughput using a 3B verifier at only 2.6 accuracy points below autoregressive baselines.
Trained on fewer than 30B tokens, its self-speculative decoding reaches 2.54 times autoregressive throughput at comparable quality.
About 23B parameters activate per token; inputs include text, image, and video, with a 1 million token context window.
Dynamic Depth Sampling draws training depth with decaying probabilities, at half the overhead of training every depth.
At the most relaxed settings tested, models accepted 1.34× tokens per round but wrote 1.54× longer completions.
Authors report 2-6 acceptance length and gains of up to 70% over DSpark on agentic and long-context tests.
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