index

LECTURE 6.11: Medical Image Segmentation

Edge-based techniques; Region-based techniques;

QCA - Quantitative Coronary Angiography.

LECTURE 13.11: Morphological Methods for Biomedical Image Analysis.

LECTURE 20.11: Medical Imaging Modalities and Standards (DICOM);

Guest Lecture - Dr. Israel Gannot & Mr. Shamai Salzberger,
Dept of Biomedical Engineering, TAU.

http://www.eng.tau.ac.il/~gannot/MI (related files:file7,file7a,file9)

LECTURE 27.11: Medical Image Interpretation (Part I)

LECTURE 4.12: Medical Image Interpretation (Part II)/ Deformable Models (Intro)

LECTURE 12.12     (NOTE - LECTURE IS GIVEN TUESDAY 4-6):
                                 Fast Geodesic Active Contours
                               Guest Lecture - Dr. Ron Kimmel
                                 CS Dept. Technion, Haifa.

LECTURE 18.12: Medical Image Interpretation (Part III)

LECTURE 25.12: No Lecture

LECTURE 1.1.2001: Brain Segmentation via EM

LECTURE 7.1.2001     (NOTE - LECTURE IS GIVEN SUNDAY 4-6):
                                        Multi-modal Registration
                                       Guest Lecture - Prof. Leo Yoskowicz
                                        CS Dept. Hebrew University, Jerusalem

LECTURE 15.1.2001 : Texture in Medical Images

LECTURE 22.1.2001 : Super-res in MRI (+student lectures)

LECTURE 23.1.2001 : Validation techniques (+student lectures)

LECTURE 29.1.2001 : Final lecture (+student lectures)
LECTURE WILL BE EXTENDED 4-7pm.

COURSE OBJECTIVES:

General computer vision algorithms with particular application to medical imagery. Segmentation, registration, deformable models, 3D processing, and more.

Each student selects a topic from a list of topics covered in the course

– Conducting a thorough literature search

– Critically summarizing 2-3 articles

– Defining a software implementation project

– Giving a seminar in class (20 minutes)

– Providing a written report, including literature summary and project results