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Computer Science
Computer Vision
Computer Vision
1. Introduction to Computer Vision
2. Digital Image Fundamentals
3. Image Processing and Enhancement
4. Feature Detection and Description
5. Image Segmentation
6. Camera Geometry and 3D Vision
7. Motion Analysis and Video Processing
8. Classical Machine Learning for Vision
9. Deep Learning for Computer Vision
10. Core Vision Tasks with Deep Learning
11. Advanced Computer Vision Topics
12. Implementation and Practical Considerations
13. Ethics and Societal Impact
Image Segmentation
Segmentation Fundamentals
Definition and Goals
Types of Segmentation
Semantic Segmentation
Instance Segmentation
Panoptic Segmentation
Evaluation Metrics
Pixel Accuracy
Intersection over Union
Dice Coefficient
Thresholding-Based Segmentation
Global Thresholding
Manual Threshold Selection
Automatic Threshold Selection
Otsu's Method
Between-Class Variance Maximization
Multi-level Extension
Adaptive Thresholding
Local Threshold Computation
Gaussian-Weighted Thresholding
Region-Based Segmentation
Region Growing
Seed Point Selection
Homogeneity Criteria
Growing Strategies
Region Splitting and Merging
Quadtree Decomposition
Merge Criteria
Watershed Segmentation
Topographic Interpretation
Marker-Controlled Watershed
Gradient Watershed
Clustering-Based Segmentation
K-Means Clustering
Color-Based Clustering
Feature-Based Clustering
Initialization Strategies
Mean-Shift Clustering
Kernel Density Estimation
Mode Seeking
Bandwidth Selection
Gaussian Mixture Models
Expectation-Maximization Algorithm
Model Selection
Edge-Based Segmentation
Edge Linking
Local Processing
Global Processing via Hough Transform
Active Contours
Snake Models
Energy Minimization
Gradient Vector Flow
Graph-Based Segmentation
Graph Construction
Pixel Connectivity
Edge Weights
Graph Cuts
Min-Cut/Max-Flow
Energy Minimization
Normalized Cuts
Spectral Clustering
Eigenvector Computation
Superpixel Segmentation
SLIC Superpixels
Watershed Superpixels
Graph-Based Superpixels
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4. Feature Detection and Description
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6. Camera Geometry and 3D Vision