Articoli correlati a Introduction to Integrated Geo-information Management

Introduction to Integrated Geo-information Management - Brossura

Cassettari, Seppe

 
9780412489006: Introduction to Integrated Geo-information Management

Sinossi

"Introduction to Geo-Information Management" introduces the idea of integrated information systems, the importance of management in the successful implementation of such systems and the key role of spatial data. It looks at GIS in a wider context and addresses the issues of integration which are becoming so important. Key issues of GIS integration are covered, such as spatial databases, standards, corporate systems, image-based systems, multimedia etc. These are linked to the basics of information systems and organizations. Each chapter is supported by one or more case studies from around the world to highlight specific issues nd solutions that have been adopted. Written for those with a basic understanding of the key technical issues, this book bridges the gap between the very technical books and the high level reference texts and conference proceedings. This book should be of interest to advanced undergraduates and postgraduates on geographical information systems courses, and professionals involved in GIS.

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Contenuti

1: Information management.- 1.1 Introduction.- 1.2 Spatial data systems.- 1.3 Decision making.- 1.4 Organisations and their objectives.- 1.5 The management of information.- 1.6 Information networks.- 1.7 Information systems.- 1.8 Geo-information systems.- 1.9 Spatial decision support systems.- 2: Data for geo-information systems.- 2.1 Data into information.- 2.2 Describing geographic location.- 2.3 Objects and hierarchies.- 2.4 Maps and cartographic representation.- 2.5 Considerations in using maps.- 2.6 Map-based geo-information systems.- 2.7 Data derived from spatial analysis.- 2.8 Address-based spatial information.- 2.9 Postcodes.- 2.10 Other spatial datasets.- 2.11 Attribute data.- 2.12 Metadata.- 3: Geo-information databases.- 3.1 Choosing the right data structure.- 3.2 Data structures and data models.- 3.3 Spatial data models.- 3.4 Spatial data structures.- 3.5 Problems of three dimensional data.- 3.6 Temporal data model.- 3.7 Database management systems.- 3.8 Physical and logical database design.- 3.9 DBMS structures.- 3.10 Standard query language (SQL).- 3.11 Object-oriented databases.- 4: Integrated approaches to GIS.- 4.1 Benefits of information integration.- 4.2 Integrated data models.- 4.3 Information networks.- 4.4 Integration with existing databases.- 4.5 Open systems environment.- 4.6 Integration frameworks.- 4.7 Corporate solutions.- 4.8 Organisational issues.- 4.9 Implementation strategies.- 4.10 Benefits and costs.- 5: Low cost spatial information systems.- 5.1 Low cost strategies.- 5.2 Development of the microcomputer.- 5.3 Availability of software.- 5.4 Developing technologies.- 5.5 Stand alone solutions.- 5.6 Network solutions.- 5.7 Data availability.- 5.8 Human resourcing issues.- 5.9 Implementation issues.- 5.10 Low cost GIS users.- 6: Copyright and legal issues.- 6.1 Who owns the data?.- 6.2 Law related to information.- 6.3 Access to information.- 6.4 Data ownership and copyright.- 6.5 Added value information.- 6.6 Liability and GIS.- 6.7 Accuracy of information.- 6.8 Inappropriate map usage.- 6.9 Data availability and government policy.- 7: Standards for spatial information.- 7.1 The role of standards.- 7.2 Standards organisations.- 7.3 Data transfer standards.- 7.4 UK National Transfer Format.- 7.5 US Spatial Data Transfer Standard.- 7.6 DIGEST.- 7.7 ASRP Raster Standard.- 7.8 Other standards.- 7.9 Importance of standards.- 8: Analysis functions in GIS.- 8.1 Analysis in GIS.- 8.2 Manipulation versus analysis.- 8.3 Query and manipulation in integrated solutions.- 8.4 Statistical analysis.- 8.5 Modelling of spatial data.- 8.6 Models for managing derived data.- 8.7 Metadatabases and data dictionaries.- 8.8 Developing operating procedures for analytical processes.- 9: Graphical user interfaces.- 9.1 Human-computer interface.- 9.2 User-friendly GIS.- 9.3 Generic interface types.- 9.4 User interfaces for decision support systems.- 9.5 GIS-independent user interfaces.- 9.6 Specific applications of graphical user interfaces.- 9.7 Issues of communication.- 9.8 Help facilities.- 10: Visualisation.- 10.1 Cartographic visualisation.- 10.2 Perception and patterns.- 10.3 Map design issues.- 10.4 Colour and symbolisation.- 10.5 Typology and text placement.- 10.6 Interactive map specifications.- 10.7 Scientific visualisation.- 10.8 Terrain representation.- 10.9 Three dimensional visualisation.- 10.10 Perspective cartography.- 10.11 Visualisaton of temporal information.- 10.12 Virtual reality.- 11: Image-based spatial information systems.- 11.1 Image-based information systems.- 11.2 Vertical aerial photography.- 11.3 Photogrammetric data collection.- 11.4 Recent technical advances.- 11.5 Photo interpretation.- 11.6 Orthophotos.- 11.7 Digital photogrammetry.- 11.8 Seamless aerial photography.- 11.9 Changing role of aerial photography in GIS.- 11.10 Remote sensing.- 11.11 Image analysis.- 11.12 Role of remote sensing.- 11.13 Integrated image-based systems.- 12: Multimedia and hypermaps.- 12.1 The multimedia concept.- 12.2 Multimedia data.- 12.3 Digital video.- 12.4 Sound.- 12.5 Animation.- 12.6 Hypertext concept.- 12.7 Hyperdocuments.- 12.8 Hypertext user interfaces.- 12.9 Hypermaps.- 12.10 Cartographic representation in multimedia.- 12.11 Integrated geo-based multimedia solutions.- Appendix A: Acronyms.- Appendix B: A summary of the main GIS and related software that has been developed for microcomputers.

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