MiDashengLM-Gen: Unified Audio Scene Generation via LLM-Driven Autoregressive Flow Matching
Paper • 2608.11804 • Published
Mirror of mispeech/midashenglm-gen (Xiaomi MiLM Plus, Apache-2.0, arXiv:2608.11804) maintained by AEmotionStudio for download-on-demand use inside MAESTRO.
MiDashengLM-Gen generates blended 16 kHz mono audio scenes — speech, music,
sound effects and ambience in one pass — from a structured multi-view caption
(<|caption|> <|asr|> <|speech|> <|sfx|> <|music|> <|env|>), 1–20 s,
via Qwen3-1.7B + per-token conditional flow matching + a Vocos vocoder.
model.safetensors);
NOTICE records the payload precision and per-file sha256 digests.
Upstream fp32 was sha256-verified against the hub before casting, and a
bf16 payload is published only after an A/B parity pass on GPU.tokenizer/ carries the Qwen3-1.7B tokenizer +
config pinned at the revision recorded in tokenizer/tokens_added.json
(upstream fetches it from the network, unpinned, at construction time).
tokens_added.json also records the 28 special tokens appended in
training order — loader drift fails loudly instead of generating noise.modeling_*.py trust-remote-code files are not
mirrored; MAESTRO vendors the inference code (Apache-2.0) in-tree.Apache-2.0 (see LICENSE). Weights © 2026 MiLM Plus Xiaomi Inc.;
tokenizer files © Alibaba (Qwen), Apache-2.0. See upstream for the model
card, evaluation results and use-restriction notes.