By Professor Dr. Pramod K. Varshney, Dr. Manoj K. Arora (auth.)

Over the final fifty years, a great number of spaceborne and airborne sensors were hired to collect information about the earth's floor and atmosphere. As sensor expertise keeps to boost, distant sensing facts with superior temporal, spectral, and spatial answer is changing into extra on hand. This common availability of large quantities of knowledge has necessitated the advance of effective facts processing innovations for a wide selection of functions. particularly, nice strides were made within the improvement of electronic picture processing strategies for distant sensing info. The target has been effective dealing with of large quantities of knowledge, fusion of knowledge from assorted sensors, type for picture interpretation, and improvement of ordinary items that permit wealthy visualization. This booklet offers a few new algorithms which have been constructed for top­ dimensional datasets, reminiscent of multispectral and hyperspectral imagery. The contents of the e-book are dependent totally on learn performed through a few individuals and alumni of the Sensor Fusion Laboratory at Syracuse University.

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Sensors operating across the full spectral range include the AVIRIS (224 wavebands) and HyMap (l26 wavebands). Each of these sensors provides contiguous spectral coverage, including those regions where absorption by atmospheric water occurs, facilitating atmospheric absorption effects to be calculated. More recently, sensors designed to observe across the full reflected spectral range plus the TIR wavelength range have become operational, including the DAIS-7915 (Ben-Dor et al. 2002). The spectral resolution and sampling interval are critical in determining the accuracy to which features in the radiation spectra can be measured.

A Colour composite (837 nm, 713 nm and 446 nm in RGB) of fourteen 1 km x ~ 15 km strips of CAS I data acquired over the West Alligator River mangroves, Kakadu National Park, Australia by BallAIMS (Adelaide). The data were acquired at 1 m spatial resolution in the visible and NIR wavelength (446 nm-838 nm) region. b Full resolution image of the west bank near the river mouth with main species/communities indicated (Mitchell 2004). For a coloured version of this figure, see the end of the book Hyperspectral Sensors and Applications 33 of anthropogenic activity (Yentsch et al.

This has enabled researchers to acquire high quality reflectance data rapidly, both in the field and under laboratory conditions. A second advancement has been the increase in the processing sophistication of computer technology and the reduction in the cost of data storage. These technological improvements have also reduced the overall costs so that a greater number of users are able to acquire portable spectrometers, particularly for use in the field. 4. Ground spectrometers Instrument Spectral range (nm) Band width over specified ranges (nm) No.

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