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Engineering
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Photogrammetry
1. Introduction to Photogrammetry
2. Mathematical Foundations
3. Camera Systems and Imaging Principles
4. Geometric Principles and Mathematical Models
5. Photogrammetric Computations
6. Data Acquisition Planning and Execution
7. Ground Control and Georeferencing
8. Digital Photogrammetric Processing
9. Photogrammetric Products and Deliverables
10. Accuracy Assessment and Quality Control
11. Specialized Applications
12. Advanced Photogrammetric Techniques
13. Integration with Other Technologies
14. Emerging Technologies and Future Trends
Camera Systems and Imaging Principles
Camera Models
Pinhole Camera Model
Basic Geometry
Image Formation Process
Limitations and Assumptions
Perspective Projection
Central Projection Principles
Perspective Transformation
Lens Systems and Optics
Focal Length
Definition and Measurement
Effect on Image Scale
Field of View Relationship
Aperture Control
f-stop Numbers
Depth of Field Effects
Exposure Control
Lens Types
Prime Lenses
Zoom Lenses
Wide-Angle Lenses
Telephoto Lenses
Lens Distortions
Radial Distortion
Barrel Distortion
Pincushion Distortion
Mathematical Models
Tangential Distortion
Decentering Distortion
Thin Prism Distortion
Chromatic Aberration
Digital Image Sensors
Sensor Technologies
CCD Sensors
CMOS Sensors
Performance Comparison
Sensor Characteristics
Sensor Size and Format
Pixel Size and Pitch
Resolution and Megapixels
Dynamic Range
Signal-to-Noise Ratio
Color Imaging
Bayer Filter Pattern
Color Interpolation
Color Spaces and Profiles
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4. Geometric Principles and Mathematical Models