This work presents a new dataset created especially for Visual Question Answering (VQA) on brain tumor MRI images. This dataset includes 750 MRI images of brain tumor with a 512 \(\times \) 512 pixel resolution. It also includes two different kinds of expert-annotated question-answer combinations in natural language (What/Which, and Yes/No) associated with three possible brain tumor categories (glioma, meningioma, and pituitary). To create a benchmark for this dataset, we propose a dual-stream VQA framework that leverages two transformer-based models to handle image feature extraction, question interpretation, and answer generation. The baseline model is thoroughly assessed on the dataset, revealing the task’s inherent complexity and emphasizing the difficulties in achieving precise medical VQA. The outcomes underscore the dataset’s utility in advancing multimodal medical support systems and lay the groundwork for future progress in this domain.

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Brain Tumor MRI Interpretation: Towards a Benchmark for Medical Visual Question Answering

  • Faheem Shehzad,
  • Aniello Minutolo,
  • Massimo Esposito,
  • Hamido Fujita,
  • Hanan Aljuaid

摘要

This work presents a new dataset created especially for Visual Question Answering (VQA) on brain tumor MRI images. This dataset includes 750 MRI images of brain tumor with a 512 \(\times \) 512 pixel resolution. It also includes two different kinds of expert-annotated question-answer combinations in natural language (What/Which, and Yes/No) associated with three possible brain tumor categories (glioma, meningioma, and pituitary). To create a benchmark for this dataset, we propose a dual-stream VQA framework that leverages two transformer-based models to handle image feature extraction, question interpretation, and answer generation. The baseline model is thoroughly assessed on the dataset, revealing the task’s inherent complexity and emphasizing the difficulties in achieving precise medical VQA. The outcomes underscore the dataset’s utility in advancing multimodal medical support systems and lay the groundwork for future progress in this domain.