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Music Understanding LLaMA: Advancing Text-to-Music Generation with Question Answering and Captioning
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Text-to-music generation (T2M-Gen) faces a major obstacle due to the scarcity of large-scale publicly available music datasets with natural language captions. To address this, we propose the Music Understanding LLaMA (MU-LLaMA), capable of answering music-related questions and generating captions for music files. Our model utilizes audio representations from a pretrained MERT model to extract music features. However, obtaining a suitable dataset for training the MU-LLaMA model remains challenging, as existing publicly accessible audio question answering datasets lack the necessary depth for open-ended music question answering. To fill this gap, we present a methodology for generating question-answer pairs from existing audio captioning datasets and introduce the MusicQA Dataset designed for answering open-ended music-related questions. The experiments demonstrate that the proposed MU-LLaMA model, trained on our designed MusicQA dataset, achieves outstanding performance in both music question answering and music caption generation across various metrics, outperforming current state-of-the-art (SOTA) models in both fields and offering a promising advancement in the T2M-Gen research field.
Forward citations
Cited by 4 Pith papers
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Assessing Factual Music Comprehension in Large Audio Language Models
Standard NLP metrics fail to capture factual music understanding in audio-language models; a CLAP-based metric and an LLM-parsed factual QA protocol measure it more directly.
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MusiScene: Leveraging MU-LLaMA for Scene Imagination and Enhanced Video Background Music Generation
Fine-tuning MU-LLaMA on 3,371 pseudo-labeled video-music examples lets it produce scene captions that yield small subjective gains in video background music generation over music-only captions.
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Selective Invocation for Multilingual ASR: A Cost-effective Approach Adapting to Speech Recognition Difficulty
A spoken large language model learns to judge its own transcription difficulty and routes only hard speech to a stronger ASR model, cutting cost and improving word error rate.
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The TEA-ASLP System for Multilingual Conversational Speech Recognition and Speech Diarization in MLC-SLM 2025 Challenge
Combining dual encoders, LID-routed MoE LoRA, and CTC prompts yields top challenge results for multilingual conversational ASR and speech diarization.
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