: Jonas Gomes, Alejandro Frery C., Luiz Velho.
: Image Processing for Computer Graphics and Vision
: Springer Verlag London Limited
: 9781848001930
: 2
: CHF 60.90
:
: Anwendungs-Software
: English
: 476
: DRM
: PC/MAC/eReader/Tablet
: PDF

Image processing is concerned with the analysis and manipulation of images by computer. Providing a thorough treatment of image processing with an emphasis on those aspects most used in computer graphics, the authors concentrate on describing and analyzing the underlying concepts rather than on presenting algorithms or pseudocode. As befits a modern introduction to this topic, a good balance is struck between discussing the underlying mathematics and the main topics: signal processing, data discretization, the theory of colour and different colour systems, operations in images, dithering and half-toning, warping and morphing and image processing. This second edition reflects recent trends in science andtechnology that exploit image processing in computer graphics and vision applications. Stochastic image models and statistical methods for image processing are covered as are: A modern approach and new developments in the area, Probability theory for image processing, Applications in image analysis and computer vision.

Preface6
Contents8
Introduction15
Computer Graphics15
Abstraction Paradigms17
About This Book19
Comments and References22
Signal Theory26
Abstraction Paradigms26
Levels of Abstraction27
Mathematical Models for Signals28
Approximation of Signals29
Functional Models and Abstraction Levels31
The Spatial Model32
The Frequency Model35
Linear Representation of Signals40
Existence of Exact Representations42
Operations on Signals45
Filters45
Transforms46
Filtering and Frequencies47
Sampling Theory48
Uniform Point Sampling49
Point Sampling and the Fourier Transform51
The Sampling Theorem54
Extensions of the Sampling Theorem57
Operations in the Discrete Domain59
Discrete Convolution60
The Discrete Fourier Transform60
The Inverse Discrete Transform63
Properties of the DFT63
The Discrete Transform on the Interval [0,A]64
Matrix Representation of the DFT65
The Fast Fourier Transform65
Finite Transform66
Comments and References66
Random Processes69
Random Variables69
Stochastic Processes75
Point Processes77
Homogeneous Processes with Independence77
Inhomogeneity and/or Dependence80
Comments and References84
Fundamentals of Color86
Paradigms in the Study of Color86
The Physical Universe of Color87
Color Formation87
Photometry and Colorimetry89
The Mathematical Universe of Color90
The Representation Universe of Color91
Color Sampling91
Color Reconstruction94
Computation of Primary Components96
CIE-RGB Representation99
Color Matching Experiments101
Luminance and Chrominance102
The Color Solid106
Chromaticity Space106
Grassmann's Laws109
Comments and References111
Color Systems113
Preliminary Notions113
Changing Between Color Systems114
Color Systems and Computer Graphics116
Standard Color Systems116
The CIE-RGB Standard117
The CIE-XYZ Standard118
Changing Between the CIE-RGB and CIE-XYZSystems120
Complementary Color Systems125
Uniform Color Systems126
Device Color Systems127
The Monitor RGB System127
Monitor-Complementary Systems129
Component Video Systems130
Composite Video Systems134
Color Interface Systems135
The HSV System137
The HSL System139
The Munsell System139
The Pantone System141
Computational Color Systems142
Color Transformations143
Comments and References143
Digital Images145
Abstraction Paradigms for Images145
The Spatial Model146
Continuous Images146
Image Representation148
Digital Images149
Digital Topology151
Pixel Shape152
Comments and References155
Operations on Images157
Arithmetic Operations157
Filters159
Classification160
Morphological Filters162
Spatially Invariant Filters164
Spatially Invariant Linear Filters165
Discrete Filters167
Extending the Domain of the Image172
Examples of Linear Filters176
Edge Enhancement Operations189
Laplacian Addition189
Unsharp Masking192
Difference of Gaussians193
Comments and References194
Sampling and Reconstruction197
Sampling197
Time-Domain Viewpoint197
Frequency-Domain Viewpoint198
Reconstruction198
Frequency Domain Viewpoint198
Time-Domain Viewpoint199
Aliasing201
Aliasing in Computer-Generated Images204
Reconstruction Problems206
Reconstruction Using a Box Filter207
Analysis of Reconstruction Problems208
Some Classical Reconstruction Filters210
A Study of