Geographic Information Systems: An IntroductionBackground and history; the essential elements of a GIS; an overview; data structures; data acquisition; preprocessing; data management; manipulatioin and analysis; product generation; remote sensing and GIS; practical matters; applications; looking toward the future. |
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Page 22
... data could play an important role in improving the accuracy of the interpretation of remotely sensed data . Developments in remote sensing technology and applications during this decade spurred practical and theoretical work in the ...
... data could play an important role in improving the accuracy of the interpretation of remotely sensed data . Developments in remote sensing technology and applications during this decade spurred practical and theoretical work in the ...
Page 191
An Introduction Jeffrey Star, J. E. Estes. Chapter 10 Remote Sensing and GIS Remote sensing ... data produced by remote sensing systems . Remote sensing often requires ... remotely sensed data . On the other hand , applications of GIS are ...
An Introduction Jeffrey Star, J. E. Estes. Chapter 10 Remote Sensing and GIS Remote sensing ... data produced by remote sensing systems . Remote sensing often requires ... remotely sensed data . On the other hand , applications of GIS are ...
Page 192
... data for measurement , mapping , monitoring , and modeling within a GIS ... remotely sensed data . In a complementary fashion , image processing and interpretation of remotely sensed data ... remote sensing systems 192 Remote Sensing and GIS.
... data for measurement , mapping , monitoring , and modeling within a GIS ... remotely sensed data . In a complementary fashion , image processing and interpretation of remotely sensed data ... remote sensing systems 192 Remote Sensing and GIS.
Contents
Introduction | 1 |
Background and History | 14 |
An Overview | 24 |
Copyright | |
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able addition analysis applications appropriate array attribute boundaries calculate called cell Chapter characteristics codes color common complex consider convert coordinate corresponds costs cover create data layer data structure database dataset derived described determine developed direction discussed display distance Earth effectively elements elevation errors estimate example existing field Figure format functions geographic information system graphic identify important indicate input interest interpretation involves kinds land mean measurements objects operations organization original output particular patterns photograph pixel planning polygon practical present problem procedures projection raster records region relatively remote sensing represent resolution sampling scale separate simple single space spatial data specified storage stored surface techniques types United users values variables vector