Remote Sensing Data Fusion: Soft and Belief-based Approaches,  Dempster-shafer and Membership Theory,  Synergisms with Sar / Vir,   Land Cover Detection - Godefroid Ndayikengurukiye - Books - LAP LAMBERT Academic Publishing - 9783659279768 - December 3, 2012
In case cover and title do not match, the title is correct

Remote Sensing Data Fusion: Soft and Belief-based Approaches, Dempster-shafer and Membership Theory, Synergisms with Sar / Vir, Land Cover Detection

Price
NZ$ 484
excl. VAT

Ordered from remote warehouse

Expected delivery Oct 8 - 20
Get notified about new Godefroid Ndayikengurukiye releases
Add to your iMusic wish list

Not rated yet

Traditional approaches in land cover map production from satellites, although interesting, reveal some limitations due to the nature of the data sources and to the difficulty of processing continuous and heterogeneous information by means of discrete and univocal algorithms when it comes to mixel management (unmixing). This book presents some new trends in remote sensing data fusion. First, in land cover map design, a standardized and flexible class definition entitles the analyst to accommodate any kind of natural and manmade land cover. Second, soft classification techniques (Bayes, fuzzy logic and Dempster-Shafer), allow significant improvements in mixel unmixing. Third, the sensitivity of imaging radar to roughness, texture and moisture, and interferometric techniques, give land cover detection another dimension. Fourth, the use of the multisensor data and information fusion approaches at pixel, object and decision levels, allows a real complementarity benefit. The approaches method developed in the book is a framework that involves standardized class definition, soft class clustering, and decision-based class fusion with quality improvements in the final cartographic products.

Media Books     Paperback Book   (Book with soft cover and glued back)
Released December 3, 2012
ISBN13 9783659279768
Publishers LAP LAMBERT Academic Publishing
Pages 404
Dimensions 150 × 23 × 225 mm   ·   620 g
Language German