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Stanford University

GANs in Medical Image Synthesis, Translation, and Augmentation - Jason Jeong

Stanford University via YouTube

Overview

This course covers the applications of Generative Adversarial Networks (GANs) in medical image synthesis, translation, and augmentation. The learning outcomes include understanding the use of GANs in medical imaging tasks such as classification and segmentation, as well as generating synthetic medical images. The course teaches skills like working with GAN architecture, medical GANs, classification methods, data augmentation techniques, and addressing data imbalance issues. The teaching method involves a presentation followed by interactive discussions and Q&A sessions. The intended audience includes individuals interested in AI applications in the medical field, particularly in medical imaging and data analysis.

Syllabus

Introduction
Overview
GAN Architecture
Medical GANs
Classification and Segmentation
Distribution of GANs
Applications of GANs
Study
Translation Results
External Results
Numerical Results
External Data
Numerical Data
Improving Intracranial Image Detection
Data Balance Problem
Classification Method
Binary Classification
Conditional Dance Augmentation
Confusion Matrix
Epidural Cases
Mode Collapse
GAN Problems
Fenscan
Decision Boundary
Boundary Decision Guns
Questions

Taught by

Stanford MedAI

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