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Vol. 142           Buy This Book Online

Remote Sensing Calibration Systems:
An Introduction

By

H. S. Chen

"Designed more as a reference work and upper-level textbook, the book goes into detail on various instruments used in remote sensing and the methods available to calibrate their data.    ...those who are students in the field or have a great deal of knowledge about it already will find the book useful..."
                                                                   SpaceViews™ Book Reviews
This book is written at a level suitable for scientists, engineers, graduate students and advanced senior undergraduates concerned with remote sensing radiometric calibration science, technology and system engineering, and with sensor accuracy.

In this comprehensive, in-depth book, twelve state-of-the-art radiometric calibration subject areas are covered: defining system requirements, calibration standards, solar and Earth radiation source, sensors system, NASA/EOS/GOES, NASDA/ADEOS, ESA/ENVISAT, and International Space Station program, basic radiometric functions, laboratory and in-flight calibration system engineering, typical radiometric accuracy, and integrated calibration system engineering requirements. In each area, new concepts, advanced technologies and future calibration systems and system engineering concerns are treated. In covering these many important radiometric calibration systems, emphasis is given to the technical challenges presented by this fast-growing field of remote sensing systems.

Contents

1. Introduction

1.1 Space Remote Sensing
1.2 Remote Sensing Systems Calibration
1.3 Calibration Quantities, Symbols, Units
1.4 Remote Sensing Wavelength Definition
1.5 System Calibration Trend

2. Radiometric Calibration Standards

2.1 Lamp Standards
2.2 Blackbody Standards
2.3 Wavelength Standards
2.4 Reflectance Standards
2.5 Detector Standards

3. Solar and Earth Radiation

3.1 The Structure of the Solar Sphere
3.2 The Solar Spectrum
3.3 Solar Constant
3.4 Earth Atmosphere and the Surfaces
3.5 Earth Radiative Transfer Modeling
3.6 Imaging of the Earth
3.7 Sounding of the Atmosphere

4. Radiation Collector System

4.1 Scanning and Pointing Systems
4.2 Telescope and Receiver Systems
4.3 Sensor Mirror Materials
4.4 Sensor Mirror Coating
4.5 Sensor Structural Materials

5. Detector Systems

5.1 Detector Classification
5.2 Charged-Coupled Device Detector Systems
5.3 Sensor Cooling Systems

6. Sensor Systems

6.1 Optical Radiometer
6.2 Optical Spectrometer
6.3 Microwave Sensors
6.4 Active Sensors

7. Basic Calibration Functions

7.1 Radiance and Spectral Radiance
7.2 Irradiance and Spectral Irradiance
7.3 Field of View (FOV) and Throughput
7.4 Modulation Transfer Function
7.5 Polarization

 

 

8. System Calibration Elements

8.1 Spherical Integrating Source
8.2 Laboratory Collimator System
8.3 Laboratory Calibrator System
8.4 On-Orbit In-Flight Calibrator

9. Sensor Laboratory Calibration

9.1 General Calibration Requirements
9.2 Sensor Radiometric Calibration
9.3 Sensor Spectral Response Calibration
9.4 Sensor Instantaneous FOV Calibration
9.5 Sensor Modulation Transfer Function Calibration
9.6 Sensor Polarization Calibration
9.7 Sensor Stray Radiation Calibration

10. Sensors Cross-Calibration

10.1 Introduction
10.2 Radiance Time-Dependent Normalization
10.3 Aperture Normalization
10.4 Spectral Band Normalization
10.5 FOV and Solid Angle Normalization
10.6 Detector Response Normalization
10.7 Imaging Bands Cross-Calibration
10.8 Sounding Bands Cross-Calibration

11. Sensor Systems Calibration Accuracy

11.1 Narrow Band Sensors
11.2 Wide Band Sensor
11.3 Wide Band vs. Narrow Band Absolute Accuracy

12. Global Integrated Systems Calibration

12.1 GEO Flight Systems
12.2 LEO Flight Systems
12.3 Airborne flight Systems
12.4 Surface-Based Systems


Appendix A. Remote Sensing Requirements

Appendix B. WWW Home Page List

Appendix C. Acronym List

Subject Index

ISBN 0-937194-38-7, 1997, Hardcover, 238 pages, $69.00

 

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