Title

MED-GPVS: A Deep Learning-Based Joint Biomedical Image Classification and Visual Question Answering System for Precision e-Health

Document Type

Conference Proceeding

Publication Title

IEEE International Conference on Communications

Abstract

General Purpose Vision System (GPVS) is a task-agnostic vision-language system that inputs an image and a question from which the system recognizes the tasks to be performed and outputs bounding boxes, confidence scores, and text outputs to answer the question. While much attention to GPVS has been recently given in the computer vision field, its medical field applications are still in their infancy. This paper presents MED-GPVS, a customized deep learning-based GPVS on biomedical images to perform various vision tasks, such as object detection and visual question answering, on medical images to facilitate precision medicine/e-health services. Our envisioned MED-GPVS takes an image and a natural language text as inputs, and then outputs bounding boxes, confidence scores, and generates a caption (i.e., the answer to the posed query). For example, if a medical image of a patient's abdomen is presented to MED-GPVS followed by the question: "does the picture contain stomach?", MED-GPVS should ideally provide the answer "yes"along with a prediction box and prediction score on the image. We utilize the multilingual SLAKE dataset, which was annotated by expert physicians with a full semantic label, to validate the performance of MED-GPVS under various scenarios involving different biomedical image-based diagnoses. For the visual question answering (VQA) task, MED-GPVS demonstrates encouraging performance with significantly high accuracy of 82.41%. © 2022 IEEE.

First Page

3838

Last Page

3843

DOI

10.1109/ICC45855.2022.9839076

Publication Date

8-11-2022

Keywords

Detection Transformer (DETR), e-health, General Purpose Vision System (GPVS), Natural Language Processing (NLP), object detection, precision medicine, Vision-and-Language Bidirectional Encoder Representations from Transformers (ViLBERT), Character recognition, Computer vision, Deep learning, Diagnosis, Image classification, Medical imaging, Natural language processing systems, Object recognition, Query processing, Semantics

Comments

IR Deposit conditions: non-described

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