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Class Lecture Notes:<br/> | Class Lecture Notes:<br/> | ||
https://engineering.purdue.edu/~bouman/grad-labs/<br/> | https://engineering.purdue.edu/~bouman/grad-labs/<br/> | ||
| + | |||
| + | Slectures:<br/> | ||
| + | [[ECE637_Bouman_lectures_Image_Processing_sLecture_mhossain|The Bouman Lectures on Image Processing]], by Maliha Hossain | ||
| + | |||
---- | ---- | ||
=Lecture Videos= | =Lecture Videos= | ||
| − | Disclaimer: All the lecture videos given below are from | + | Disclaimer: All the lecture videos given below are from previous semesters posted by Prof. Bouman on youtube. The current videos are available on the distance learning website.<br/> |
*[[Lecture1_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 1]]: Introduction | *[[Lecture1_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 1]]: Introduction | ||
*[[Lecture2_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 2]]: CTFT and CSFT | *[[Lecture2_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 2]]: CTFT and CSFT | ||
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*[[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 | ||
| − | * | + | *[[Lecture6_video_ECE637_Image_Processing_1_Bouman|Video of Lecture 6]]: Tomographic 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 | ||
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| − | Additional Information and Q&A Sections: | + | =Additional Information and Q&A Sections:= |
[[Lab 1 Additional Information ECE637 Spring2013 Bouman|Lab 1 Discussion and Additional Information]] | [[Lab 1 Additional Information ECE637 Spring2013 Bouman|Lab 1 Discussion and Additional Information]] | ||
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[[Lab 9 Additional Information ECE637 Spring2013 Bouman|Lab 9 Discussion and Additional Information]] | [[Lab 9 Additional Information ECE637 Spring2013 Bouman|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 | ||
---- | ---- | ||
| + | |||
[[List_of_Course_Wikis|Back to List of Course Wikis]] | [[List_of_Course_Wikis|Back to List of Course Wikis]] | ||
Latest revision as of 10:22, 29 May 2013
Contents
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/
Slectures:
The Bouman Lectures on Image Processing, by Maliha Hossain
Lecture Videos
Disclaimer: All the lecture videos given below are from previous semesters posted by Prof. Bouman on youtube. The current videos are available on the distance learning website.
- Video of Lecture 1: Introduction
- Video of Lecture 2: CTFT and CSFT
- Video of Lecture 3: CSFT and Rep and Comb Relations
- Video of Lecture 4: Optical Imaging Systems
- Video of Lecture 5: Helical Scan Multislice CT and PET
- Video of Lecture 6: Tomographic Reconstruction
- Video of Lecture 7: FPB and Magnetic Resonance Imaging
- Video of Lecture 8: MRI Reconstruction
- Video of Lecture 9: MRI and C-programming
- Video of Lecture 10: C-programming
- Video of Lecture 11: DTFT, DSFT, Sampling, and Reconstruction
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
