We introduce OmniMedVQA, large-scale and comprehensive Visual Question Answering benchmark tailored to the medical domain. This benchmark is collected from 73 different medical datasets, contains 118,010 images with 127,995 QA-items, covering 12 different medical image modalities and referring to more than 20 human anatomical regions. Importantly, all images in this benchmark are sourced from authentic medical scenarios, ensuring alignment with the requirements of the medical field and suitability for evaluating LVLMs.
Please visit the GitHub page and further exploit the dataset!
OmniMedVQA is built using multiple publicly available datasets. Due to data privacy and ethical requirements, we currently only offer access to a subset of OmniMedVQA. For open-access datasets, we provide the image and the corresponding QA information constructed on these datasets. For restricted-access datasets, we provide the relative paths to the image data in the original dataset, along with the QA information we have constructed. Please adhere to the respective dataset's license to access and use this data. We will continue to update and maintain this database. Please stay tuned for further updates from us.
~/OmniMedVQA
├── Images
| ├── ACRIMA
| | ├── Im002_ACRIMA.png
| | └── ...
| ├── Adam Challenge
| └── ...
├── QA_information
| ├── Open-access
| | ├── ACRIMA.json
| | ├── Adam Challenge.json
| | └── ....
| └── Restricted-access
| ├── AIDA.json
| ├── AIROGS.json
| └── ...
|
└──README.md
In the Images directory, we only provide the images from the open-access dataset. In the QA_information directory, we provide QA information for both open-access and restricted-access data in the form of JSON files. The QA information includes image paths, corresponding image modality types, questions, question types, options, ground truth answers, and corresponding dataset name. The content is highly comprehensive. Here is an example of the information provided:
{
"dataset": "Covid CT",
"question_id": "Covid CT_0082",
"question_type": "Anatomy Identification",
"question": "What anatomical area is shown in this picture?",
"gt_answer": "Chest region.",
"image_path": "Images/Covid CT/CT_COVID/bmj.m606.full-p4-22%3.png",
"option_A": "Upper arm region",
"option_B": "Chest region.",
"option_C": "Leg region",
"option_D": "Shoulder and upper back region",
"modality_type": "CT(Computed Tomography)"
},
The OmniMedVQA dataset contains a portion of medical images that have been split from 3D data. The naming convention for these sliced images follows the following format:
{dataset name}/{ori name}_{dimension_slice}.png
Note: "dataset name" refers to the specific dataset name that the case is from. "ori name" is the original case name in its dataset. "dimension slice", e.g., "x_100", indicates the dimension along which we split a 3D case as well as the slice ID in this dimension. If we split a 3D case with axis x and the current slice is 100, then the term can be "x_0100".
作为非盈利机构,团队倡导和谐友好的开源交流环境,若在开源数据集内发现有侵犯您合法权益的内容,请联系我们,我们将尽最大努力协助您处理。
通过下载、复制、访问或使用本数据集,即表示使用者已阅读、理解并同意遵守本免责声明中的所有条款和条件。如果使用者无法接受本免责声明的任何部分,请勿使用本数据集。
As a non-profit organization, we advocate for a harmonious and friendly open-source communication environment. If any content in the open dataset is found to infringe upon your legitimate rights and interests, please contact us and we will make our best effort to assist you in addressing the issue.
By downloading, copying, accessing, or using this dataset, the User indicates that they have read, understood, and agreed to comply with all the terms and conditions of this disclaimer. If the User cannot accept any part of this disclaimer, please refrain from using this dataset.
@article{hu2024omnimedvqa,
title={OmniMedVQA: A New Large-Scale Comprehensive Evaluation Benchmark for Medical LVLM},
author={Hu, Yutao and Li, Tianbin and Lu, Quanfeng and Shao, Wenqi and He, Junjun and Qiao, Yu and Luo, Ping},
journal={arXiv preprint arXiv:2402.09181},
year={2024}
}
4 commits
1 commits
We introduce OmniMedVQA, large-scale and comprehensive Visual Question Answering benchmark tailored to the medical domain. This benchmark is collected from 73 different medical datasets, contains 118,010 images with 127,995 QA-items, covering 12 different medical image modalities and referring to more than 20 human anatomical regions. Importantly, all images in this benchmark are sourced from authentic medical scenarios, ensuring alignment with the requirements of the medical field and suitability for evaluating LVLMs.
Please visit the GitHub page and further exploit the dataset!
OmniMedVQA is built using multiple publicly available datasets. Due to data privacy and ethical requirements, we currently only offer access to a subset of OmniMedVQA. For open-access datasets, we provide the image and the corresponding QA information constructed on these datasets. For restricted-access datasets, we provide the relative paths to the image data in the original dataset, along with the QA information we have constructed. Please adhere to the respective dataset's license to access and use this data. We will continue to update and maintain this database. Please stay tuned for further updates from us.
~/OmniMedVQA
├── Images
| ├── ACRIMA
| | ├── Im002_ACRIMA.png
| | └── ...
| ├── Adam Challenge
| └── ...
├── QA_information
| ├── Open-access
| | ├── ACRIMA.json
| | ├── Adam Challenge.json
| | └── ....
| └── Restricted-access
| ├── AIDA.json
| ├── AIROGS.json
| └── ...
|
└──README.md
In the Images directory, we only provide the images from the open-access dataset. In the QA_information directory, we provide QA information for both open-access and restricted-access data in the form of JSON files. The QA information includes image paths, corresponding image modality types, questions, question types, options, ground truth answers, and corresponding dataset name. The content is highly comprehensive. Here is an example of the information provided:
{
"dataset": "Covid CT",
"question_id": "Covid CT_0082",
"question_type": "Anatomy Identification",
"question": "What anatomical area is shown in this picture?",
"gt_answer": "Chest region.",
"image_path": "Images/Covid CT/CT_COVID/bmj.m606.full-p4-22%3.png",
"option_A": "Upper arm region",
"option_B": "Chest region.",
"option_C": "Leg region",
"option_D": "Shoulder and upper back region",
"modality_type": "CT(Computed Tomography)"
},
The OmniMedVQA dataset contains a portion of medical images that have been split from 3D data. The naming convention for these sliced images follows the following format:
{dataset name}/{ori name}_{dimension_slice}.png
Note: "dataset name" refers to the specific dataset name that the case is from. "ori name" is the original case name in its dataset. "dimension slice", e.g., "x_100", indicates the dimension along which we split a 3D case as well as the slice ID in this dimension. If we split a 3D case with axis x and the current slice is 100, then the term can be "x_0100".
作为非盈利机构,团队倡导和谐友好的开源交流环境,若在开源数据集内发现有侵犯您合法权益的内容,请联系我们,我们将尽最大努力协助您处理。
通过下载、复制、访问或使用本数据集,即表示使用者已阅读、理解并同意遵守本免责声明中的所有条款和条件。如果使用者无法接受本免责声明的任何部分,请勿使用本数据集。
As a non-profit organization, we advocate for a harmonious and friendly open-source communication environment. If any content in the open dataset is found to infringe upon your legitimate rights and interests, please contact us and we will make our best effort to assist you in addressing the issue.
By downloading, copying, accessing, or using this dataset, the User indicates that they have read, understood, and agreed to comply with all the terms and conditions of this disclaimer. If the User cannot accept any part of this disclaimer, please refrain from using this dataset.
@article{hu2024omnimedvqa,
title={OmniMedVQA: A New Large-Scale Comprehensive Evaluation Benchmark for Medical LVLM},
author={Hu, Yutao and Li, Tianbin and Lu, Quanfeng and Shao, Wenqi and He, Junjun and Qiao, Yu and Luo, Ping},
journal={arXiv preprint arXiv:2402.09181},
year={2024}
}
4 commits
1 commits