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Index
Title Page Copyright and Credits
Hands-On Algorithms for Computer Vision
Dedication Packt Upsell
Why subscribe? PacktPub.com
Contributors
About the author About the reviewer Packt is searching for authors like you
Preface
Who this book is for What this book covers To get the most out of this book
Download the example code files Download the color images Conventions used
Get in touch
Reviews
Introduction to Computer Vision
Technical requirements Understanding computer vision Learning all about images
Color spaces Input, process, and output
Computer vision frameworks and libraries Summary Questions
Getting Started with OpenCV
Technical requirements Introduction to OpenCV
The Main modules in OpenCV
Downloading and building/installing OpenCV Using OpenCV with C++ or Python Understanding the Mat class
Constructing a Mat object Deleting a Mat object Accessing pixels
Reading and writing images Reading and writing videos
Accessing cameras Accessing RTSP and network feeds
Mat-like classes Summary Questions Further reading
Array and Matrix Operations
Technical requirements Operations contained in the Mat class
Cloning a matrix Calculating the cross-product Extracting a diagonal Calculating the dot product Learning about the identity matrix Matrix inversion Element-wise matrix multiplication The ones and zeroes matrix Transposing a matrix Reshaping a Mat object
Element-wise matrix operations
Basic operations
The addition operation Weighted addition The subtraction operation The multiplication and division operations
Bitwise logical operations The comparison operations The mathematical operations
Matrix and array-wise operations
Making borders for extrapolation Flipping (mirroring) and rotating images Working with channels Mathematical functions
Matrix inversion Mean and sum of elements Discrete Fourier transformation Generating random numbers
The search and locate functions
Locating non-zero elements Locating minimum and maximum elements Lookup table transformation
Summary Questions
Drawing, Filtering, and Transformation
Technical requirements Drawing on images
Printing text on images Drawing shapes
Filtering images
Blurring/smoothening filters Morphological filters Derivative-based filters Arbitrary filtering
Transforming images
Thresholding algorithms Color space and type conversion
Geometric transformation Applying colormaps Summary Questions
Back-Projection and Histograms
Technical requirements Understanding histograms
Displaying histograms
Back-projection of histograms
Learning more about back-projections
Comparing histograms Equalizing histograms Summary Questions Further reading
Video Analysis – Motion Detection and Tracking
Technical requirements Processing videos Understanding the Mean Shift algorithm Using the Continuously Adaptive Mean (CAM) Shift Using the Kalman filter for tracking and noise reduction How to extract the background/foreground
An example of background segmentation
Summary Questions
Object Detection – Features and Descriptors
Technical requirements Template matching for object detection Detecting corners and edges
Learning the Harris corner-detection algorithm Edge-detection algorithms
Contour calculation and analysis Detecting, descripting, and matching features Summary Questions
Machine Learning in Computer Vision
Technical requirements Support vector machines
Classifying images using SVM and HOG
Training models with artificial neural networks The cascading classification algorithm
Object detection using cascade classifiers Training cascade classifiers
Creating samples Creating the classifier
Using deep learning models Summary Questions
Assessments
Chapter 1, Introduction to Computer Vision Chapter 2, Getting Started with OpenCV Chapter 3, Array and Matrix Operations Chapter 4, Drawing, Filtering, and Transformation Chapter 5, Back-Projection and Histograms Chapter 6, Video Analysis – Motion Detection and Tracking Chapter 7, Object Detection – Features and Descriptors Chapter 8, Machine Learning in Computer Vision
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