Extracting insights and detecting anomalies from X-rays, CAT scans, MRIs, and other testing modalities (e.g. retinal scanning). Those anomalies could be used for early diagnosis of possible diseases like Cancer, Pneumonia, COVID-19, Diabetes, and more
Understand the Use-case under 5 minutes
Video (4.5 minutes)
A brief explanation for how AI for Medical Imaging works, how it’s used by radiologists, and how it integrates with existing medical health solution
WatchVideo (6 minutes)
Researchers at Stanford University are developing an AI model that can screen X-rays for pneumonia and other diseases, a task that’s usually done by radiologists
WatchGet to know more Business and Technical details about the use-case (15-30 minutes)
More detailed introduction covering business and technical aspects
Article (20 minutes)
Brief about the need for AI in medical imaging, current applications, challenges, and key players
ReadVideo (15 minutes)
Orientation of the state of AI today in Radiology, what it can and can’t do, with different examples and elaboration on opportunities, challenges, and some work Stanford are doing
WatchVideo (20 minutes)
Step by Step guide from RSNA (Radiological Society of North America) for how Radiologists could be working with AI, with a live demonstration for AI solutions
WatchCase studies, Organizational Aspects, Return on Investment examples
Article and Video (40 minutes)
Radiology experts share AI use cases from getting up and running to improving patient outcomes, lessons learned, & discuss the influence that radiology has across the care continuum
ReadWhite Paper (25 minutes)
Paper by Siemens Helthineers. Exploring the Clinical value of applying AI in Medical Imaging, sets a Framework for adopting AI workflows, and sheds some light on the economic benefits expected
ReadCase Study
A new algorithm developed by Stanford researchers can read X-rays for 14 different pathologies and is performing as well as radiologists in most cases.
ReadMore details on the technical aspects of the use-case
Video (6.5 minutes)
Quick explanation and demo for applying AI to medical imaging for organ segmentation using Nvidia’s solution: Clara. Demos show labeling, training, applying transfer learning to pre-trained models, deploying to production, and model usage via an API
WatchVideo (11 minutes)
Provides a simple and intuitive explanation for how Convolutional Neural Networks - the main technique used with medical imaging analysis - works
WatchVideo (21 minutes)
Sharing some successes and challenges applying Deep Learning in analyzing Medical Imagery, specifically in: Brain Lesions, Foetal Imaging, and Cardiac Analysis
WatchTechnical resources that will help you implement the use-case (notebooks, tutorials..)
Configurable Solution
Publicly available tools from Nvidia (including pre-trained models and configurable solution) for AI medical imaging workflows
VisitGithub Repo
This is a deep learning toolbox to train models on medical images (or more generally, 3D images). It integrates seamlessly with cloud computing in Azure.
VisitBook
Presents cutting-edge research and applications of deep learning in a broad range of medical imaging scenarios, such as computer-aided diagnosis, image segmentation, tissue recognition and classification, & others
VisitGithub Repo
Utilities and Tools implementing CheXNet solution developed by Stanford (14 chest diseases). The repo shows end to end ML pipeline for data processing, model training, deployment, and usage
VisitData Sets you can use to build Demos, POCs, or test Algorithms
MRI images used for Alzheimer's disease diagnosis which consists of a cross-sectional collection of 416 subjects aged 18 to 96
Contains 112,120 frontal-view X-ray images of 30,805 unique patients, images annotated with up to 14 different thoracic pathology labels
Large set of high-resolution retina images taken under a variety of imaging conditions, dataset separated into 5 files represents the degree of presence of diabetic retinopathy
Off-the-Shelf Products using AI for Diagnosis of Medical Imaging
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