DEV Community

Cover image for Poisoned MRI Images Can Reduce Brain Tumor Detection Accuracy by 27%, Study Shows
Mike Young
Mike Young

Posted on • Originally published at aimodels.fyi

Poisoned MRI Images Can Reduce Brain Tumor Detection Accuracy by 27%, Study Shows

This is a Plain English Papers summary of a research paper called Poisoned MRI Images Can Reduce Brain Tumor Detection Accuracy by 27%, Study Shows. If you like these kinds of analysis, you should join AImodels.fyi or follow us on Twitter.

Overview

  • Research investigates vulnerability of brain tumor segmentation AI systems to poisoned MRI data
  • Examines how synthetic poisoned images affect U-Net model performance
  • Demonstrates successful attacks using GAN-generated synthetic MRI scans
  • Shows 27% reduction in segmentation accuracy with poisoned data
  • Highlights security risks in medical AI systems

Plain English Explanation

Medical AI systems help doctors find brain tumors in MRI scans. But these systems can be tricked by fake, manipulated images. This research shows how artificial brain scans can fool tumor detection software.

The researchers used special computer programs called GANs to create ...

Click here to read the full summary of this paper

AWS Security LIVE!

Join us for AWS Security LIVE!

Discover the future of cloud security. Tune in live for trends, tips, and solutions from AWS and AWS Partners.

Learn More

Top comments (0)

Sentry image

See why 4M developers consider Sentry, “not bad.”

Fixing code doesn’t have to be the worst part of your day. Learn how Sentry can help.

Learn more