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Physics
Applied and Interdisciplinary Physics
Remote Sensing
1. Fundamentals of Remote Sensing
2. Physical Principles of Remote Sensing
3. Remote Sensing Platforms
4. Remote Sensing Sensors
5. Remote Sensing Data Characteristics
6. Data Formats and Standards
7. Digital Image Processing Fundamentals
8. Image Pre-processing
9. Image Enhancement Techniques
10. Image Transformations
11. Image Classification and Analysis
12. Change Detection Analysis
13. Advanced Remote Sensing Systems
14. Remote Sensing Applications
Remote Sensing Data Characteristics
Spatial Resolution
Pixel Size Concepts
Ground Sampling Distance
Spatial Resolution vs. Pixel Size
Factors Affecting Spatial Resolution
Sensor Design
Platform Altitude
Atmospheric Effects
Spectral Resolution
Spectral Band Concepts
Band Width
Band Placement
Number of Bands
Spectral Resolution Categories
Panchromatic Systems
Multispectral Systems
Hyperspectral Systems
Spectral Sampling Considerations
Temporal Resolution
Revisit Time Concepts
Repeat Cycle Definitions
Temporal Resolution Factors
Orbital Parameters
Sensor Design
Platform Maneuverability
Temporal Sampling Strategies
Radiometric Resolution
Quantization Levels
Bit Depth Concepts
Dynamic Range
Signal-to-Noise Ratio
Radiometric Sensitivity
Data Volume and Storage
File Size Calculations
Storage Requirements
Data Transfer Considerations
Archive Management
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4. Remote Sensing Sensors
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6. Data Formats and Standards