数据资源chest radiographs with multi-label findingschest X-ray classification datasetLarge-scale Stanford chest X-ray dataset申请访问 CheXpert 胸部 X 光数据集
CheXpert is a large chest radiograph dataset from Stanford with uncertainty-aware labels for common chest X-ray findings. It is widely used for radiology classification, label uncertainty modeling, chest X-ray representation learning, and clinical imaging benchmarks.
数据资源胸部 X 光放射影像224,316 chest radiographs申请访问 CheXpert
Stanford chest radiograph dataset for automated chest X-ray interpretation and uncertainty-aware label evaluation.
论文ICLR 2026 Poster2026 年clinical NLP 重新思考放射报告生成:从叙事流到主题引导 findings
ICLR 2026 Poster accepted paper at ICLR 2026. Vision-Language Models (VLMs) for radiology report generation are typically trained to mimic the narrative flow of human experts. However, we identify a potential limitation in this conventional paradigm. We hypothesize that optimizing for narrative coherence encourages models to rely on linguistic priors and inter-sentence correlations, which can weaken their grounding in direct visual evidence and lead to factual inaccuracies. To investigate this, we design a controlled experiment demonstrating that as textual context increases, a model's reliance on the input image systematically decays. We propose LLaVA-TA (Topic-guided and Anatomy-aware), a new fine-tuning framework that directly addresses this challenge by re-engineering the generation process.