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| Dates |
Content |
Screencasts |
Assignment |
| [6] Color Processing 6.1 Color Fundamentals 6.2 Color Models | 6a Image conventions [25min, 52Mb] 6b Color perception [28min,48Mb] 6c Color models [28min, 44Mb] | Assignment 1 covers the work of this chapter. | |
| [3] Intensity TF's & Spatial Filtering 3.1 Background 3.2 Intensity transformations 3.3 Histogram equalization | 3a Point TF's [32min, 74Mb] 3b Histogram Eq. [22min, 48Mb] | Assignment 2 covers the work of this chapter. | |
| [4] Frequency Filtering 4.1 - 4.6 Fourier Analysis | Notes of Fourier Analysis Read sections 1.5, 1.6, 1.7 before starting with Chapter 2 on p.26 Fourier Intro [17min, 25Mb] Fourier Intro (continued) [8min, 15Mb] Convolution [18min, 30Mb] FA and Images [21min, 41Mb] Filtering (1) [15min, 25Mb] Filtering (2) [5min, 12Mb] Some MATLAB functions MATLAB FILTERdigitize (as a PDF) | Assignment 3 covers the work of this chapter. | |
| [5] Restoration 5.1 Model of image degradation 5.2 Noise models 5.3 Restoration of images with noise - Spatial filtering 5.8 The Wiener filter | No screencasts
| Assignment 4 covers the work of this chapter. | |
| [9] Morphological Filering 9.1 Introduction to morphological filtering 9.2 Erosion and dilation 9.3 Opening and closing 9.4 The hit-or-miss transform 9.5 Morphological algorithms | 9a Morphological Filt. [21min, 36Mb] 9b Example [17min, 32Mb] 9c Hit-Miss TF [18min, 33Mb] | Assignment 5 covers the work of this chapter. | |
| [10],[11] Edge detection & Fourier Description 10.2 Point, Line and Edge detection (especially Canny) 10.3 Thresholding (especially Otsu) 11.2.3 Fourier descriptors | 11a Fourier Description [27min, 52Mb] | Assignment 6 covers the work of these chapters. |