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Geographical information science / Narayan Panigrahi.

By: Material type: TextPublication details: Hyderabad, India : Universities Press ; Boca Raton, FL : CRC Press [distributor], 2009.Description: xii, 276 p., [4] p. of col. plates : ill., maps ; 25 cmISBN:
  • 9788173716287
  • 1439810044
Subject(s): DDC classification:
  • 910 PAN /G
Contents:
1 Introduction 1.1 What is GIS? -- 1.2 Definition of GIS -- 1.3 Genesis and Historical Perspective of GIS -- 1.4 Process How of GIS -- 1.5 Evolution of GIS -- 1.6 Work How of GIS -- 1.7 GIS and the Emerging Information Architecture 2 Input Domain of GIS 2.1 Introduction -- 2.2 What is Spatial Input Domain? -- 2.3 Tabular Representation of Input Domain -- 2.4 Hierarchical Representation of Input Domain -- 2.5 Classification of Input Domain (Content-Wise) -- 2.6 Classification of Input Domain (Organization-wise) -- 2.7 Sources of Spatial Data -- 2.8 Process Flow of Spatial Data Capturing -- 2.9 Agencies Involved in Geo-spatial Data Collection -- 2.10 Samples of Different Spatial Data -- 2.11 Statistics of Spatial Data 3 Spatial Data Modeling 3.1 What is Spatial Data Modeling? -- 3.2 Geo-Spatial Data Modeling -- 3.3 Raster vs Vector Data Model -- 3.4 Process How of Spatial Data Modeling -- 3.5 Different Types of Spatial Modeling -- 3.6 Temporal Modeling -- 3.7 Spatial Database Design -- 3.8 Spatial Meta-data 4 Processing Tools of GIS 4.1 What are the Processing Tools in GIS? -- 4.2 Categorization of GIS Tools -- 4.3 Computations Involved in GIS -- 4.4 Spherical Trigonometry -- 4.5 Computation of Azimuth and Elevation of Celestial Body 5 3D Processing and Analysis 5.1 What is Digital Terrain Modeling? -- 5.2 Generation of DEM -- 5.3 Collection of DEM -- 5.4 Input Domain of DEM -- 5.5 Process Flow of 3D Analysis -- 5.6 DEM Derivatives -- 5.7 Processing and Visualizations of 3D Data -- 5.8 Applications of DEM 6 Coordinate Systems and Referencing Earth Objects 6.1 What is a Coordinate System? -- 6.2 Definition of a Coordinate System -- 6.3 Why is a Coordinate System Required? -- 6.4 Categorization of Coordinate Systems -- 6.5 Spatial coordinate systems -- 6.6 Coordinate Transformation -- 6.7 Shape of Earth 7 Map Projection 7.1 What is Map Projection? -- 7.2 Why is Map Projection Necessary? -- 7.3 Definition of Map Projection -- 7.4 Process Flow of Map Projection -- 7.5 Classification of Map Projection -- 7.6 Choice of Map Projection -- 7.7 Projections Used For Different Regions of Earth --7.8 Affine Transformation -- 7.9 Some Well Known Map Projections -- 7.10 Naming Different Map Projections 8 Output Range of GIS 8.1 What is Output Range of GIS? -- 8.2 Primary Outputs -- 8.3 Secondary Output -- 8.4 Visual Output -- 8.5 Temporal Classification of Output -- 8.6 Miscellaneous Outputs 9 Computational Geometry Used in GIS - 9.1 Definition of CGAL -- 9.2 Role of Computational Geometry in GIS -- 9.3 Contents of CGAL Library -- 9.4 Data structures used in GIS -- 9.5 CG Algorithms used in GIS -- 9.6 Application of CGAL Resources in GIS -- 9.7 Spatial Query and CGAL 10 Spatial Interpolation 10.1 Introduction -- 10.2 What is Spatial Interpolation? -- 10.3 Usage of Spatial Interpolation in GIS -- 10.4 Different Types of Spatial Interpolation -- 10.5 Spatial Interpolation Methods used in GIS -- 10.6 Problems in Spatial Interpolations 11 Spatial Data Accuracy 11.1 Introduction -- 11.2 Definition of Spatial Data Accuracy -- 11.3 Components of Spatial Data Quality -- 11.4 Error in Database Creation -- 11.5 Digitization Anomalies -- 11.6 Error Analysis and Sensitivity Analysis 12 Evolution of Geographical Information Science 12.1 Introduction -- 12.2 Historical Perspective of G1 Science -- 12.3 The Contributing Disciplines of G1 Science -- 12.4 Evolution of G1 Science 13 Application Domain of GIS 13.1 Classification of Application Domain -- 13.2 Military Applications of GIS --13.3 GIS in Navigation -- 13.4 Specific Applications of GIS in Defense -- 13.5 Commercial Application of GIS -- 13.6 Management Application Areas of GIS 14 Spatial Decision Support System (SDSS) 14.1 Decision Support System (DSS) -- 14.2 Definition of SDSS -- 14.3 Inputs of SDSS -- 14.4 Architecture of SDSS -- 14.5 Work How of an SDSS -- 14.6 Applications of SDSS -- 14.7 Examples of SDSS 15 GIS: A Developer's Perspective 15.1 How to Choose a GIS? -- 15.2 Geo-Spatial Requirement Analysis -- 15.3 Fimctional Requirement Specification -- 15.4 Spatial Input Domain of GIS -- 15.5 Spatial Processing Capability of GIS -- 15.6 Architecture Issues of GIS -- 15.7 Integration Issues of GIS -- 15.8 Cost and Licensing of GIS -- 15.9 Development Lifecycle of GIS
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Holdings
Cover image Item type Current library Home library Collection Shelving location Call number Materials specified Vol info URL Copy number Status Notes Date due Barcode Item holds Item hold queue priority Course reserves
General Books Central Library, Sikkim University General Book Section 910 PAN /G (Browse shelf(Opens below)) Available P43981
Total holds: 0

Foreword by V.S. Mahalingam.

Includes bibliographical references and index.

1 Introduction
1.1 What is GIS? -- 1.2 Definition of GIS -- 1.3 Genesis and Historical Perspective of GIS -- 1.4 Process How of GIS -- 1.5 Evolution of GIS -- 1.6 Work How of GIS -- 1.7 GIS and the Emerging Information Architecture

2 Input Domain of GIS
2.1 Introduction -- 2.2 What is Spatial Input Domain? -- 2.3 Tabular Representation of Input Domain -- 2.4 Hierarchical Representation of Input Domain -- 2.5 Classification of Input Domain (Content-Wise) -- 2.6 Classification of Input Domain (Organization-wise) -- 2.7 Sources of Spatial Data -- 2.8 Process Flow of Spatial Data Capturing -- 2.9 Agencies Involved in Geo-spatial Data Collection -- 2.10 Samples of Different Spatial Data -- 2.11 Statistics of Spatial Data

3 Spatial Data Modeling
3.1 What is Spatial Data Modeling? -- 3.2 Geo-Spatial Data Modeling -- 3.3 Raster vs Vector Data Model --
3.4 Process How of Spatial Data Modeling -- 3.5 Different Types of Spatial Modeling -- 3.6 Temporal Modeling -- 3.7 Spatial Database Design -- 3.8 Spatial Meta-data

4 Processing Tools of GIS
4.1 What are the Processing Tools in GIS? -- 4.2 Categorization of GIS Tools -- 4.3 Computations Involved in GIS -- 4.4 Spherical Trigonometry -- 4.5 Computation of Azimuth and Elevation of Celestial Body

5 3D Processing and Analysis
5.1 What is Digital Terrain Modeling? -- 5.2 Generation of DEM -- 5.3 Collection of DEM -- 5.4 Input Domain of DEM -- 5.5 Process Flow of 3D Analysis -- 5.6 DEM Derivatives -- 5.7 Processing and Visualizations of 3D Data -- 5.8 Applications of DEM

6 Coordinate Systems and Referencing Earth Objects
6.1 What is a Coordinate System? -- 6.2 Definition of a Coordinate System -- 6.3 Why is a Coordinate System Required? -- 6.4 Categorization of Coordinate Systems -- 6.5 Spatial coordinate systems -- 6.6 Coordinate Transformation -- 6.7 Shape of Earth

7 Map Projection
7.1 What is Map Projection? -- 7.2 Why is Map Projection Necessary? -- 7.3 Definition of Map Projection -- 7.4 Process Flow of Map Projection -- 7.5 Classification of Map Projection -- 7.6 Choice of Map Projection -- 7.7 Projections Used For Different Regions of Earth --7.8 Affine Transformation -- 7.9 Some Well Known Map Projections -- 7.10 Naming Different Map Projections

8 Output Range of GIS
8.1 What is Output Range of GIS? -- 8.2 Primary Outputs -- 8.3 Secondary Output -- 8.4 Visual Output -- 8.5 Temporal Classification of Output -- 8.6 Miscellaneous Outputs

9 Computational Geometry Used in GIS -
9.1 Definition of CGAL -- 9.2 Role of Computational Geometry in GIS -- 9.3 Contents of CGAL Library -- 9.4 Data structures used in GIS -- 9.5 CG Algorithms used in GIS -- 9.6 Application of CGAL Resources in GIS -- 9.7 Spatial Query and CGAL

10 Spatial Interpolation
10.1 Introduction -- 10.2 What is Spatial Interpolation? -- 10.3 Usage of Spatial Interpolation in GIS -- 10.4 Different Types of Spatial Interpolation -- 10.5 Spatial Interpolation Methods used in GIS -- 10.6 Problems in Spatial Interpolations

11 Spatial Data Accuracy
11.1 Introduction -- 11.2 Definition of Spatial Data Accuracy -- 11.3 Components of Spatial Data Quality -- 11.4 Error in Database Creation -- 11.5 Digitization Anomalies -- 11.6 Error Analysis and Sensitivity Analysis

12 Evolution of Geographical Information Science
12.1 Introduction -- 12.2 Historical Perspective of G1 Science -- 12.3 The Contributing Disciplines of G1 Science -- 12.4 Evolution of G1 Science

13 Application Domain of GIS
13.1 Classification of Application Domain -- 13.2 Military Applications of GIS --13.3 GIS in Navigation -- 13.4 Specific Applications of GIS in Defense -- 13.5 Commercial Application of GIS -- 13.6 Management Application Areas of GIS

14 Spatial Decision Support System (SDSS)
14.1 Decision Support System (DSS) -- 14.2 Definition of SDSS -- 14.3 Inputs of SDSS -- 14.4 Architecture of SDSS -- 14.5 Work How of an SDSS -- 14.6 Applications of SDSS -- 14.7 Examples of SDSS

15 GIS: A Developer's Perspective
15.1 How to Choose a GIS? -- 15.2 Geo-Spatial Requirement Analysis -- 15.3 Fimctional Requirement Specification -- 15.4 Spatial Input Domain of GIS -- 15.5 Spatial Processing Capability of GIS -- 15.6 Architecture Issues of GIS -- 15.7 Integration Issues of GIS -- 15.8 Cost and Licensing of GIS -- 15.9 Development Lifecycle of GIS

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