Imaging Informatics

Introduction

Imaging informatics emerges from the intersection of biology, medicine, and computer science. This course naturally falls under the auspice of bioengineering although it has been taught in other departments. Moreover, the application of image informatics ranges from research in functional genomics to medical imaging. This course will first introduce the fundamentals of medical imaging including: imaging modalities, image storage and simple image processing. Then, the remainder of the course will focus on image processing concepts including: feature extraction, image segmentation, machine learning diagnostics and image registration. This course will wrap up with applications of the aforementioned image analysis techniques and some related advanced topics in image processing.

Lecture Topics

Week # Topic Hmwk
01/14 1 Introduction to medical imaging: X-Ray/ CT 1
  2 Introduction to medical imaging: Ultrasound/Nuclear Medicine  
01/21 3 Introduction to medical imaging: MRI 2
    No classes Monday  
01/28 4 Image storage: PACS & DICOM 3
  5 Digital Image Fundementals  
02/04 6 Image Processing: Linear operators 4
  7 Image Processing: Non-linear filters  
2/11 8 Feature Extraction: 5
  9 Feature Extraction:  
02/18 10 Image Segmentation: Thresholding 6
  11 Image Segmentation: Region Growing  
02/25 12 Image Segmentation: Deformable Surface/Level Set Methods 7
  13 Image Segmentation: Other Methods  
03/03   Midterm (Review for Midterm)  
       
03/10 14 Introduction to machine learning 8
  15 Evaluation of machine learning methods  
03/17 16 Applications of machine learning 9
  17 Applications of machine learning  
03/24   Spring Break  
       
03/31 18 Image Registration: 10
  19 Image Registration:  
04/07 20 Applications 11
  21 Applications  
04/14 22 Applications 12
  23 Applications  
04/21 24 Advanced Topics 13
  25 Advanced Topics  
04/28   Review for Final Exam  
       
05/05   Final Exam Week