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Full Description
The fourth edition of this bestseller continues to provide concise and practical knowledge for using the Global Positioning System (GPS) as a method of data input into a Geographic Information System (GIS). As GIS representations of the Earth in 3D become more precise and GPS services (GNSS in general) allow for greater accuracy, the information presented in the book has been augmented considerably. With a myriad of GPS-receiving devices and GIS platforms available, this book guides students and users through methods that are proven to build a highly accurate geographical database, including altitude, and understand how GNSS interoperates with 3D Earth scans obtained from LiDAR.
Features
The only book to address methods of putting global navigation satellite system (GNSS) data into GIS platforms.
Uses QGIS, a freely downloadable open-source GIS software, as well as ESRI ArcInfo.
Features Trimble Navigation equipment but is usable for almost any combination of hardware and software.
Each chapter includes a theoretical overview, step-by-step examples, and hands-on exercises in GPS and GIS.
Provides data sets as downloadable supplementary material that instructors can use for examples and exams.
Includes an entirely new chapter written by GPS Editor-in-Chief, Matteo Luccio, as well as interviews from leading experts in the industry, Brad Parkinson, Charlie Trimble, and Jack Dangermond.
This textbook is intended for students learning about geospatial data input to a GIS. It's for any discipline in which geospatial location is important. It also serves as an invaluable resource for GIS professionals familiar with GIS software but not with techniques for getting geospatial data into their systems.
Contents
1. Basic Concepts. 2. More on GPS Data Collection. 3. Examining GPS Data. 4. Differential Correction, DOQs, and ESRI Data. 5. Integrating GPS Data with GIS Data. 6. Attributes and Positions. 7. GNSS: Past, Present, and Future.
