A new research paper introduces TEMPO, a novel large audio-language model (LALM) capable of assigning precise timestamps to audio events, a feature lacking in many current LALMs. TEMPO utilizes a unique supervised fine-tuning approach with atomic timestamp tokens and a time-aware projector, enhanced by reinforcement learning for further refinement. Separately, a new audio-grounded language model called Sori-1B has been developed from scratch, focusing on grounding its language understanding solely in audio-paired text rather than relying on text-only pretraining. AI
IMPACT These advancements in audio-language models could lead to more sophisticated applications in speech recognition, audio captioning, and grounded language understanding.
RANK_REASON The cluster contains two research papers/pre-prints detailing new models and methods in audio-language processing.
- Audio Flamingo Next
- NVIDIA
- snkii/Sori-1B
- Sori-1B
- arXiv
- Grpo
- Hugging Face
- Kaousheik Jayakumar
- Large Audio-Language Models
- Qwen3-Omni
- TEMPO
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