Line 17: Line 17:
 
*[[Lecture4_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 4]]: Optical Imaging Systems
 
*[[Lecture4_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 4]]: Optical Imaging Systems
 
*[[Lecture5_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 5]]: Helical Scan Multislice CT and PET
 
*[[Lecture5_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 5]]: Helical Scan Multislice CT and PET
*etc
+
*[[Lecture6_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 6]]: HTomographic Reconstruction
 +
*[[Lecture7_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 7]]: FPB and Magnetic Resonance Imaging
 +
*[[Lecture8_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 8]]: MRI Reconstruction
 +
*[[Lecture9_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 9]]: MRI and C-programming
 +
*[[Lecture10_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 10]]: C-programming
 +
*[[Lecture11_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 11]]: DTFT, DSFT, Sampling, and Reconstruction
 +
 
 
----
 
----
 
=Additional Information and Q&A Sections:=
 
=Additional Information and Q&A Sections:=

Revision as of 10:03, 13 February 2013


ECE637: Digital Image Processing I, Prof. Bouman, Spring 2013

More information could be found in:
http://www.ece.purdue.edu/~bouman

Class Lecture Notes:
https://engineering.purdue.edu/~bouman/grad-labs/


Lecture Videos

Disclaimer: All the lecture videos given below are from pervious semesters posted by Prof. Bouman on youtube. The current videos are available on the distance learning website.


Additional Information and Q&A Sections:

Lab 1 Discussion and Additional Information

Lab 2 Discussion and Additional Information

Lab 3 Discussion and Additional Information

Lab 4 Discussion and Additional Information

Lab 5 Discussion and Additional Information

Lab 6 Discussion and Additional Information

Lab 7 Discussion and Additional Information

Lab 8 Discussion and Additional Information

Lab 9 Discussion and Additional Information


Keywords for Exams:

Exam 1:

  • CTFT DTFT (1D/2D)
  • Fourier Slices
  • Sampling and Perfect Reconstruction
  • Frequency Response (H(f)) and its variations
  • Random Processes

Back to List of Course Wikis

Alumni Liaison

Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

Dr. Paul Garrett