Università Roma Tre

REMOTE SENSING ORIGIN AND HISTORY. INTRODUCTION TO THE OPTICAL REMOTE SENSING. THE ROLE OF REMOTE SENSING FOR THE MONITORING OF THE GEO-ENVIRONMENT AND GEO-TECTONICS. ELECTROMAGNETIC SPECTRUM AND ITS INTERACTION WITH THE DIFFERENT MATERIALS (WATER, VEGETATION, SOILS AND ROCKS). SPECIFICATIONS OF SEVERAL OPTICAL SENSOR. SPATIAL RESOLUTION, SPECTRAL RESOLUTION, RADIOMETRIC RESOLUTION AND TEMPORAL RESOLUTION OF SATELLITE IMAGES. PRINCIPLES OF SPECTRORADIOMETRY, REFLECTANCE, TRANSMITTANCE AND EMITTANCE. ATMOSPHERIC EMR INTERACTION WITH ATMOSPHERE AND EARTH SURFACE. SPECTRAL SIGNATURES. CHARACTERISTICS OF PANCHROMATIC, MULTISPECTRAL AND HYPERSPECTRAL IMAGES. IMAGE PROCESSING, ENHANCEMENT AND INTERPRETATION OF SYNTHETIC AND LOCAL SCALE SATELLITE DATASET. SUPERVISED AND UNSUPERVISED IMAGE CLASSIFICATION. ACTIVE REMOTE SENSING: BASIC PRINCIPLES OF RADAR SYSTEMS. USES AND APPLICATIONS OF RADAR REMOTE SENSING FOR GEOLOGICAL STUDIES. THERMAL IMAGES. LAB EXERCISES USING SEVERAL TYPES OF REMOTELY SENSED DATA.

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DESSENA MA E MELIS MT, 2006. TELERILEVAMENTO APPLICATO. MAKO EDIZIONI
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