HMU-Bench, a bilingual benchmark with notation and audio components, is introduced, a bilingual benchmark with notation and audio components that motivates separate modality reporting and event-level checks for symbolic outputs.
Zhe-Qi Dai, Bo-Yang Wang, Zhi-Yue Wu et al.· 0 citations
LLM-based applications increasingly rely on persistent state stores to maintain durable memories across long-running interactions. Unlike conventional storage systems, these stores often invoke LLMs on the write path to transform raw context into semantic state, shifting maintenance cost from bytes written to tokens pr...
Shi-Jun Yang, Shu-Heng Gao, Chao Yan et al.· Proceedings of the 18th ACM...· 0 citations
Realtime spoken interaction demands deep reasoning, prompt responses, and fluid turn-taking. We present StepAudio 3 Realtime, an audio-language foundation model organized around a continuous listen-converse-think-act loop. Deep Perception captures rich acoustic cues to interpret user intent, while Seamless Duplex model...
Bin Lin, Bo Zhao, Bo-Yang Zhang et al.· 4 citations
This work introduces StepAudio 3 Music, a large-scale, long-form music generation model that supports explicit musical planning and open-domain text-controlled generation, and achieves the highest AudioBox Content Enjoyment, Content Usefulness, and Production Quality scores and the highest MuQ-MuLan similarity among th...
Chengli Feng, Zhi-Yue Wu, Jia-Hao Song et al.· 1 citation
Symbolic models make melody, harmony, rhythm, and form explicit but typically stop before a finished recording; audio models produce complete songs while leaving composition implicit. We introduce YuE2, which unifies symbolic and audio music generation at frontier quality through symbolic planning. A single AR-NAR Mixt...
Rui-Bin Yuan, Jia-Hao Pan, Jun-Yan Jiang et al.· 1 citation
This study introduces StepAudio 3 Gen, a general-purpose audio generation model that supports zero-shot text-to-speech (TTS), voice design, vocal generation, sound effects, music, vibe speech, and mixtures of multiple audio types within a unified framework.
Bin Lin, Bo Zhao, Bo-Yang Wang et al.· 1 citation
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