Building Earth Observation Cameras

Introduction. Image Formation. Imaging Optics. Earth Observation Cameras: An Overview. Optomechanical Scanners. Pushbroom Imagers. Submeter Imaging. Hyperspectral Imaging. Adding the Third Dimension: Stereo Imaging. Journey from Ground to Space. Appendix. Index.

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• Física óptica
• Engenharia electrotécnica
• Geologia e a litosfera
• Ciência ambiental, engenharia e tecnologia
• Geografia humana
• Sistemas de informação geográfica (GIS) e observação remota

Focal Plane;Lens Elements;Aberrations;Optomechanical Scanner;CCD Signal Generation;Primary Mirror;Catadioptic Systems;Secondary Mirror;Dispersive System;Spherical Aberration;Distortions - ''Smile'' and ''Keystone'' Effects;Total FOV;EM Radiation;Remote Sensing;Earth Observation Camera;Spectral Bands;Electromagnetic Radiation;Beam Splitter;Enhanced Thematic Mapper Plus (ETM+);Wave Front;Focal Plane Layout;IRS LISS;Hybrid Scanner;Detector Array;Hyperspectral Imaging;HySI;Hyperspectral Imaging Instruments;St Ag;IRS Cameras;Wedge Filter;Image Formation;Scan Mirror;Image Quality Evaluation;VNIR Band;Imaging;Sagnac Interferometer;Landsat -Landsat Data Continuity Mission (LDCM);Earth Observation Satellites;Opto-Mechanical Scanners;Stereo Pairs;Pushbroom Imagers;Telecentric Lens;Pushbroom Scanning;SWIR Band;RESOURCESAT Series;Focal Plane Assembly;Radiometric Resolution;Wave Front Aberration;Refractive Optics;SPOT Earth Observation Camera;Space borne Pushbroom Cameras;Spatial Resolution;Spectral Resolution;Spectrometer;Stereo Imaging;Stray Light Control;Sub-meter Imaging;Temporal Resolution;The Civilian Earth Imaging System;The Earth Observation System;The IRS C/D Camera;The Indian Earth Observation Program;Wave Optics