Category Archives: DIGITAL IMAGE PROCESSING

Lecture notes : Algortihms used for Medical Image Processing

This course has two components. On the one hand, it is an introduction to digital image analysis presenting selected fundamental problems in medical image analysis, computer vision, photo/video editing, and graphics. We cover such basic concepts as image segmentation, registration, object recognition/matching, tracking, texture, etc. On the other hand, this is an applied course on standard computer science algorithms where students develop practical understanding of dynamic programming, graph based algorithms, computational geometry methods, etc. In fact, image analysis provides a stimulating environment for studying algorithms as their outputs can be intuitively visualized. Students with previous background in algorithms will be exposed to applications in image analysis, while students already familiar with problems in imaging will learn efficient methods based on standard CS algorithms. The course emphasizes the design, analysis, and implementation of algorithms in the context of 2D/3D medical images, photo and video data.

IEEE Workshop on Mathematical Methods in Biomedical Image Analysis 2012

Call for papers
Biomedical image analysis is a fast evolving field driven by the advancement of imaging modalities and high content screening techniques. Many clinical applications are also emerging that use biomedical image processing for decision support.  The workshop will bring together researchers in computer vision, medical imaging, computational biology, graphics and robotics communities interested in problems that involve mathematical modeling or analysis in biomedical images, which include emerging molecular and cellular images. 
Topics of interests include but are not limited to:
  •     2D/3D/4D Registration
  •     Biomedical Image Databases / Retrieval
  •     Biomedical Image Motion Analysis
  •     Biomedical Image Reconstruction Methods

Lecture Notes on Image processing for beginners

These are lecture notes which I used to study my course related to image processing. I found these medical image processing lecture notes very useful while studying for the subjects even at the last minute. They helped me in overcoming the fear related to image processing . These notes are meant for all those people who are just beginners and know nothing related to medical image processing. They are well framed and collected

Do download the notes from links given below

LAB MANUAL FOR DIGITAL IMAGE PROCESSING LAB

"Color swapping" (of a Skimmer Drago...
Image via Wikipedia

Digital image processing requires a lot of practice but to do proper practice @ home we require a lab manual which we can refer from time to time and it must contain all the necessary and relevant information about the lab

Today while I was searching for lab manual for a lab I got this manual and would like to share it with you

This lab manual contains following topics

LECTURE NOTES ON MEDICAL IMAGE PROCESSING ALGORITHMS

Lecture Notes-CLICK ON THE TOPICS TO DOWNLOAD THEM DIRECTLY

  • Topic 2. Overview of different image modalities: photo images, video, and 2D-3D-4D medical data
  • Topic 3. Overview of basic image processing (point and local neighborhood processing): gamma correction, histogram equalization, window-center adjustment, linear filtering, image gradients.
  • Topic 4. Basic image segmentation in 2D (thresholding, region-growing, mean-shift, live-wire).
  • Topic 5. Deformable models (snakes): gradient descend, DP-snakes. Also distance transforms and generalized distance transforms.
  • Topic 6. Beyond snakes: implicit vs. explicit representation of boundaries, level-sets, geodesic active contours, geometric energy functionals.