International perspectives on maps and the Internet:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Berlin [u.a.]
Springer
2008
|
| Schriftenreihe: | Lecture notes in geoinformation and cartography
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXVII, 441 S. Ill., graph. Darst., Kt. |
| ISBN: | 9783540720287 3540720286 |
Internformat
MARC
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| 020 | |a 3540720286 |c Gb. : ca. EUR 139.05 (freier Pr.), ca. sfr 213.00 (freier Pr.) |9 3-540-72028-6 | ||
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| 245 | 1 | 0 | |a International perspectives on maps and the Internet |c Michael P. Peterson (ed.) |
| 264 | 1 | |a Berlin [u.a.] |b Springer |c 2008 | |
| 300 | |a XXVII, 441 S. |b Ill., graph. Darst., Kt. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 0 | |a Lecture notes in geoinformation and cartography | |
| 650 | 4 | |a Cartes géographiques - Ressources internet | |
| 650 | 4 | |a Cartographie - Automatisation | |
| 650 | 4 | |a Cartographie - Informatique | |
| 650 | 4 | |a Cartographie par ordinateur | |
| 650 | 4 | |a Internet en cartographie | |
| 650 | 4 | |a Systèmes d'information géographique - Ressources internet | |
| 650 | 4 | |a Datenverarbeitung | |
| 650 | 4 | |a Cartography |x Automation | |
| 650 | 4 | |a Cartography |x Data processing | |
| 650 | 4 | |a Digital mapping | |
| 650 | 4 | |a Geographic information systems |x Computer network resources | |
| 650 | 4 | |a Internet in cartography | |
| 650 | 4 | |a Maps |x Computer network resources | |
| 650 | 0 | 7 | |a Internet |0 (DE-588)4308416-3 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Geoinformationssystem |0 (DE-588)4261642-6 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Computerkartografie |0 (DE-588)4010451-5 |2 gnd |9 rswk-swf |
| 689 | 0 | 0 | |a Computerkartografie |0 (DE-588)4010451-5 |D s |
| 689 | 0 | 1 | |a Internet |0 (DE-588)4308416-3 |D s |
| 689 | 0 | |5 DE-604 | |
| 689 | 1 | 0 | |a Geoinformationssystem |0 (DE-588)4261642-6 |D s |
| 689 | 1 | 1 | |a Internet |0 (DE-588)4308416-3 |D s |
| 689 | 1 | |5 DE-604 | |
| 700 | 1 | |a Peterson, Michael P. |d 1954- |e Sonstige |0 (DE-588)120977818 |4 oth | |
| 856 | 4 | 2 | |m Digitalisierung UB Regensburg |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015645399&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
| 999 | |a oai:aleph.bib-bvb.de:BVB01-015645399 | ||
Datensatz im Suchindex
| _version_ | 1804136512313360384 |
|---|---|
| adam_text | Contents
Part A: An Introduction
.................................................................................. 1
1
Michael P. Peterson
International Perspectives on Maps and the Internet:
An Introduction
......................................................................................... 3
1.1
Introduction
....................................................................................... 3
1.2
Directions and Trends in Internet Cartography
................................. 3
1.3
Organization of this book
.................................................................. 7
1.3.1
Introductory Chapters
............................................................ 7
1.3.2
Technical Development
......................................................... 7
1.3.3
Application Development
&
User Issues
.............................. 8
1.3.4
Conceptual Development
..................................................... 9
1.4
Summary
........................................................................................... 9
2
William Cartwright
Delivering geospatial information with Web
2.0.................................... 11
2.1
Introduction
....................................................................................... 11
2.2
Communication systems and maps
................................................... 13
2.3
Web
2.0.............................................................................................. 14
2.3.1
Collaborative information sites:
............................................ 14
2.3.2
Social software
...................................................................... 15
2.4
Web
2.0
and Cartography
.................................................................. 16
2.5
Questioning how to deliver geospatial information using Web
2.0 .. 20
2.6
New Rules
......................................................................................... 21
2.6.1
Judging quality
...................................................................... 22
2.6.2
Quality and printed maps
....................................................... 22
2.6.3
Quality and computer-generated maps
.................................. 23
2.6.4
Quality and the Web
.............................................................. 23
2.6.5
Quality and Web
2.0.............................................................. 24
2.7
How might this be achieved?
............................................................ 25
2.8
Conclusion
......................................................................................... 28
3 Bernhard
Jenny, Helen Jenny, Stefan
Räber
Map design for the Internet
..................................................................... 31
3.1
The relevance of digital map design
.................................................. 31
3.2
Guidelines for web map design
......................................................... 32
viii Contents
3.2.1
Choosing an appropriate viewing technology
....................... 32
3.2.2
Considering transmission speed
............................................ 33
3.2.3
Keeping special user needs in mind
...................................... 34
3.2.4
Designing for varying screens sizes and resolutions
............. 35
3.2.5
Increasing legibility of map elements: anti-aliasing
.............. 37
3.2.6
Making signatures and symbols readable:
dimensions and distances
...................................................... 39
3.2.7
Simplifying to emphasize the relevant: Generalization
......... 40
3.2.8
Designing text: screen typography
........................................ 41
3.2.9
Dealing with inconsistent color display
................................ 44
3.2.10
Keeping the user interface friendly:
placement of interactive elements
......................................... 45
3.3
Conclusion
......................................................................................... 47
4
Mark Monmonier
Web Cartography and the Dissemination of Cartographic
Information about Coastal Inundation and Sea Level Rise
.................. 49
4.1
Introduction
....................................................................................... 49
4.2
Flood-Insurance Mapping
................................................................. 50
4.3
Coastal Evacuation Maps
.................................................................. 57
4.4
Sea Level Rise
................................................................................... 64
4.5
Concluding Remarks
......................................................................... 68
5
Naohisa Takahashi
An Elastic Map System with Cognitive Map-based Operations
........... 73
5.1
Introduction
....................................................................................... 73
5.2
Focus+Context Map
.......................................................................... 75
5.3
Map Operations Based on Cognitive Maps
....................................... 77
5.3.1
Amplifier for cognitive maps
................................................. 77
5.3.2
Structure of elastic maps
....................................................... 78
5.3.3
Expanding context areas
........................................................ 79
5.3.4
Creating focus areas
.............................................................. 80
5.4
Implementing Elastic Map System
.................................................... 81
5.4.1
Scale transformation
.............................................................. 81
5.4.2
Feature selection
.................................................................... 83
5.4.3
Prototype system
................................................................... 84
5.5
Conclusion
......................................................................................... 85
Contents ix
Part
В:
Technical Development
...................................................................... 89
6
Harry Kuo-Chen Chang, Ming-Hsiang Tsou
New Approaches for Integrating
GIS
layers and
Remote Sensing Imagery for Online Mapping Services
........................ 91
6.1
Introduction
....................................................................................... 91
6.2
The Integration of
GIS
layers and Remote Sensed Imagery in
Web Mapping Applications
............................................................... 93
6.3
The System Framework and the Technology Integration of UrMap
. 93
6.4
The Location-Base Services provided by UrMap
............................. %
6.5
User Interface Design Comparison between UrMap and Google Map
99
6.6
Conclusion
......................................................................................... 101
7
Sverre Iversen
Large format maps on the Internet
......................................................... 103
7.1
Introduction
....................................................................................... 103
7.2
User needs, methods and definitions
................................................. 103
7.3
The WMS puzzle
............................................................................... 105
7.4
Controlling of the assemble process
.................................................. 106
7.5
Client-based map assembling
............................................................ 107
7.6
From web browser to PDF
................................................................ 109
7.7
From web browser to image
.............................................................. 110
7.8
Matching across Map Tiles
................................................................ 111
7.9
Conclusions and outlook
................................................................... 113
8
Shunfu Hu
Advancement of Web Standards and Techniques for
Developing Hypermedia Maps on the Internet
...................................... 115
8.1
Introduction
....................................................................................... 115
8.2
Advancement of Web Standards
........................................................ 117
8.3
Techniques for developing hypermedia maps on the Internet
........... 118
8.3.1
Scripting in HTML
................................................................ 118
8.3.2
Using Web development Tools
.............................................. 119
8.3.3
Scripting in SVG
................................................................... 119
8.3.4
Custom development software
.............................................. 119
8.3.5
Scripting in VRML
................................................................ 119
8.4
Hypermedia Map for the Visualization of Spatial Patterns
of Health Statistics
............................................................................ 120
8.5
Hypermedia Maps for the Visualization of
3D
terrain landscape and features
..................................................... 121
8.6
Summan,-
........................................................................................... 122
χ
Contents
9 Yan
Li,
Haosheng
Huang, Guobin
Chi
Spatial functionality based on SVG
......................................................... 125
9.1
Introduction
....................................................................................... 125
9.2
Theory of spatial functionality with SVG
......................................... 127
9.2.1
Spatial representation model
................................................. 127
9.2.2
Spatial querying for SVG documents
.................................... 134
9.3
A case study of spatial analyzing with SVG
..................................... 136
9.3.1
Background of case study
...................................................... 136
9.3.2
A design of spatial analysis procedure
.................................. 137
9.3.3
Discussion on SVG based spatial analysis
........................... 139
9.4
Conclusion
......................................................................................... 139
10
Emmanuel Stefanakis and
Kostas Patroumpas
Google Earth and XML: Advanced Visualization and
Publishing of Geographic Information
................................................... 143
10.1
Introduction
....................................................................................... 143
10.2
Google Earth
...................................................................................... 144
10.3
XML-based Languages for Geographical Domains
.......................... 146
10.3.1
extensible Markup Language
................................................ 146
10.3.2
Geography Markup Language
.............................................. 147
10.3.3
Keyhole Markup Language
.................................................. 148
10.4
Converting Simple GML Features into KML objects
....................... 149
10.5
Discussion
......................................................................................... 150
11
You-Heng Hu and
Linlin Ge
GeoTagMapper: An Online Map-based Geographic
Information Retrieval System for Geo-Tagged Web Content
............... 153
11.1
Introduction
....................................................................................... 153
11.2
Background
....................................................................................... 155
11.2.1
Tagging and Geo-Tagging
.................................................... 155
11.2.2
Geographic Visualisation and Interaction
.............................. 156
11.2.3
GeoRSS
................................................................................ 156
11.3
GeoTagMapper
................................................................................. 156
11.3.1
System Overview
.................................................................. 156
11.3.2
Geo-tag Parsing
..................................................................... 158
11.3.3
Textual-Geo Indexing
............................................................ 158
11.3.4
Retrieval Model
..................................................................... 159
11.3.5
Visualisation and Interaction
................................................. 160
11.4
Case Study
......................................................................................... 161
11.5
Conclusions
...................................................................................... 163
Contents xi
12 Peter
L.
Pulsifer,
Amos Hayes, Jean-Pierre Fiset, D.R.
Fraser
Taylor
An Open Source Development Framework in Support of
Cartographic Integration
......................................................................... 165
12.1
Introduction
....................................................................................... 166
Recent Trends in Web Mapping
........................................................ 166
12.2
Nunaliit Cybercartographic Atlas Development Framework
............ 168
Background and Overview
............................................................... 168
12.3
Cybercartographic Atlases and Content Modules
............................ 168
12.3.1
Table of Contents
................................................................... 168
12.3.2
Content Module Concepts
..................................................... 169
12.3.3
Content Module Example
...................................................... 170
12.4
Technical Overview of Nunaliit
........................................................ 171
12.4.1
Model-View-Controller Design Pattern
................................ 171
12.4.2
Nunaliit Components
............................................................. 172
12.4.3
Nunaliit Model
....................................................................... 173
12.4.4
Nunaliit Software Development Kit
...................................... 176
12.4.5
Nunaliit Views
....................................................................... 176
12.4.6
Nunaliit Controllers
............................................................... 177
12.4.7
Nunaliit Widgets
.................................................................... 179
12.5
Conclusion
......................................................................................... 182
12.6
Acknowledgements
........................................................................... 183
13
Eveline Bernier, Yvan
Bédard,
Thierry Badard,
Frédéric
Hubert
UMapIT© (Unrestricted Mapping Interactive Tool):
Merging the datacube paradigm with an occurrence-based
approach to support on-demand web mapping
..................................... 187
13.1
Introduction
....................................................................................... 187
13.2
From map-based and layer-based approaches to an
occurrence-based web map personalization
..................................... 189
13.3
The Datacube (Multidimensional) Paradigm
.................................... 192
13.3.1
In the Business Intelligence community
................................ 192
13.3.2
In the geomatics community
................................................. 194
13.4
An Occurrence-based Multidimensional Structure to Support
On-Demand Web Mapping
................................................................ 196
13.5
UMapIT: Unrestricted Mapping Interactive Tool
.............................. 197
13.6
Conclusion
......................................................................................... 200
xii Contents
Part
С:
Application Development
.................................................................. 205
14
Scott Bell and John Logan
Distributed Research and Scientific Creativity:
Accessible Data for the Social Sciences
................................................... 207
14.1
Introduction
....................................................................................... 207
14.2
Case Studies
...................................................................................... 211
14.2.1
Map USA
............................................................................... 212
14.2.2
Census
2000........................................................................... 212
14.2.3
Map NY Schools
................................................................... 212
14.2.4
Kartina/Gulf Coast
................................................................ 213
12.2.5
Georgia Nursing Home
.......................................................... 213
14.3
Multiple Layers of Use
...................................................................... 214
14.3.1
INSIDE users
......................................................................... 215
14.3.2
OUTSIDE users
..................................................................... 216
14.4
Conclusions
....................................................................................... 217
15
Alberto Giordano, Lance
Wiśniewski
Teaching Cartography on the Web with a Multimedia
GIS:
A New Solution
.......................................................................................... 219
15.1
Introduction
....................................................................................... 219
15.2
Background
....................................................................................... 221
15.3
Development History
........................................................................ 224
15.4
Project Goals
..................................................................................... 224
15.5
Technical Approach
........................................................................... 228
15.6
Evaluation and Future Developments
............................................... 234
16
С
da Silva
Ramos, W. Cartwright, R. Doin
de
Almeida
Issues in School Web Atlas Use:
The prototype atlas of
Rio Claro
-
Brazil
............................................... 239
16.1
Introduction
....................................................................................... 239
16.2
Brazilian Local Atlases for education
............................................... 240
16.3
Case Study -The School Atlas of Rio Clam
..................................... 241
16.4
The Web Atlas Prototype
................................................................... 243
16.5
Testing the Prototype
......................................................................... 246
16.6
User Profiling
.................................................................................... 246
16.7
Issues in Internet Atlas Use
............................................................... 247
16.8
Conclusion
......................................................................................... 249
Contents xiii
17
S.
Haubrock,
D.
Dransch,
S.
Plattner
Maps in the Natural Disasters Networking Platform (NaDiNe)
-
Meeting the users needs: from static images to highly interactive
real-time information integration
............................................................ 251
17.1
Introduction
....................................................................................... 251
17.2
Linked maps for information partition
............................................. 252
17.3
Interactive maps for customizable information transfer
.................... 254
17.4
Maps integrating scientific simulation results
.................................. 255
17.5
Maps with real-time data integration
................................................ 258
17.6
Rapid Mapping
.................................................................................. 260
17.7
Maps integrating data provided by users
.......................................... 261
17.8
Conclusion
......................................................................................... 263
18 Holger Scharlach,
Martina
Scharlach
Web-based health mapping
-
A short way from the data to the user
.. 267
18.1
Introduction
....................................................................................... 267
18.2
Health data analysis vs. health data communication
......................... 268
18.3
Advantages of health data presentation on the Internet
compared to print products for health reporting
................................ 269
18.4
Examples of data communication: from printed reports
to web based applications
.................................................................. 270
18.4.1
The Dutch Zorgatlas
.............................................................. 270
18.4.2
Global Health Atlas (WHO)
.................................................. 272
18.4.3
European Influenza Surveillance Scheme (EISS)
................. 273
18.5
ARE-surveillance in Lower Saxony:
Communicating the results over the Internet
.................................... 273
18.5.1
Structure of the ARE-surveillance
......................................... 273
18.5.2
Software
................................................................................. 275
18.5.3
Structure
................................................................................ 275
18.5.4
Future
..................................................................................... 277
18.6
Health reporting in North Rhine-Westphalia
..................................... 277
18.7
Conclusion
......................................................................................... 279
19
Eva Siekierska, William McCurdy
Internet-Based Mapping for the Blind and People with
Visual Impairment
.................................................................................... 283
19.1
Introduction
....................................................................................... 283
19.2
User Groups and User Needs
............................................................ 284
19.2.1
Types of Cartographic Products Needed
............................... 285
19.3
Mapping for the Visually Impaired Website
...................................... 286
19.3.1
Maps for Education
............................................................... 286
xiv Contents
19.3.2
Maps for Mobility Training
................................................... 288
19.3.3
Maps for Transportation and Tourism
................................... 289
19.3.4
Maps for
Web-4-All............................................................... 291
19.3.5
Layer-Based Approach to Tactile Map Design
...................... 292
19.3.6
Hardware and Software Setup
............................................... 292
19.4
New Technologies for Tactile Mapping
........................................... 293
19.4.1
Audio-Tactile and
Haptic
Maps
............................................. 294
19.5
Government On-Line
(GOL)
Initiative
............................................ 295
19.5.1
Persons with Disabilities Online
.......................................... 295
19.5.2
Accessibility Features of
GOL
............................................. 296
19.6
Conclusion
......................................................................................... 299
20
Ming-Hsiang Tsou, Judd M.
Curran
User-Centered Design Approaches for Web Mapping Applications:
A Case Study with USGS Hydrological Data in the United States
....... 301
20.1
Introduction
....................................................................................... 301
20.2
The Role of the Map User
................................................................. 303
20.3
A Five-Stage User Centered Design Framework for
Web-based Mapping Applications
..................................................... 305
20.4
The Implementation of Databases, Web Map Servers,
and Map Browsers
............................................................................. 308
20.5
Case Study: Web-based Geospatial Information Services
for the Management of Real-time Surface Water Hydrology
............ 310
20.5.1
The Strategy Stage (C5: Strategy plan)
................................. 311
20.5.2
The Design of Spatial Databases (B4 and B3)
...................... 311
20.5.3
The Design of Web Map Servers
........................................... 312
20.5.4
The Design of Map Browsers
................................................ 313
20.5.5
Evaluation of the Context of Web Map Use
.......................... 315
20.5.6
Prototype Revisions
............................................................... 317
20.6
Conclusion and Discussion
............................................................... 318
21
Molly
O. Holmberg,
Kenneth E. Foote
Journalistic Cartography on the Web: A Comparison of Print
and Online Maps in Seven Major American Newspapers
..................... 323
21.1
Overview
........................................................................................... 323
21.2
Background
....................................................................................... 324
21.3
Method
............................................................................................... 326
21.4
Results of the Comparisons of Online and Print Editions
................. 327
21.5
Results of Staff Interviews
................................................................ 333
21.6
Discussion
......................................................................................... 335
Contents xv
22 Claudia
Sawyer
Web
Cartography for World Heritage Cities:
A survey and evaluation
........................................................................... 341
22.1
Introduction
....................................................................................... 341
22.2
The Organization of World Heritage Cities
....................................... 342
22.3
UNESCO World Heritage
................................................................. 342
22.4
Heritage and tourism
........................................................................ 343
22.5
Maps and Tourism
............................................................................. 344
22.6
Maps and the Internet
........................................................................ 346
22.7
Overview of the project and methodology
........................................ 347
22.8
Discussion of general findings
.......................................................... 348
22.9
Case study-Granada
........................................................................ 349
22.10
Case Study-Bath
.............................................................................. 351
22.11
Recommendations and conclusion
.................................................... 352
Part D: Conceptual Development
.................................................................. 357
23
Gabriel
Origel-Gutiérrez,
Jorge
López-Blanco, Luca
Ferrari
Development and implementation of an electronic journal for
publishing peer-reviewed GIS-based maps on the Web
........................ 359
23.1
Introduction
....................................................................................... 360
23.1.1
Decline in the publication of printed maps
............................ 360
23.1.2
Web Mapping Framework
..................................................... 360
23.1.3
Internet and scientific publication
......................................... 361
23.1.4
Market for online map journals
............................................. 362
23.2
Journal Digital Geosciences
.............................................................. 362
23.2.1
Motivation
............................................................................. 362
23.2.2
Initial considerations and journal focus
................................. 363
23.2.3
Considerations about data and information
........................... 364
23.2.4
Geomatics model
................................................................... 364
23.2.5
Models for map production
................................................... 364
23.2.6
Architecture of the Web Mapping Production System
.......... 365
23.2.7
Website and Map Viewer
....................................................... 366
23.2.8
Examples of published maps
................................................. 368
23.3
Technical Norms
............................................................................... 368
23.4
Editorial Process and Peer Revision
.................................................. 370
23.4.1
General scientific review
...................................................... 371
23.4.2
Revision of geological maps
................................................. 371
23.4.3
Revision of geomorphological and
physical geography maps
...................................................... 372
23.5
Concluding Remarks
......................................................................... 373
xvi Contents
24
Rob Lemmens
Lost and found, the importance of modelling map content
semantically
............................................................................................... 377
24.1
Introduction
....................................................................................... 377
24.2
Semantic modelling
........................................................................... 379
24.2.1
What is an ontology?
............................................................. 379
24.2.2
Geo-ontologies
...................................................................... 383
24.3
Foundations for machine ontology
.................................................... 384
24.3.1
Description Logics
................................................................. 384
24.3.2
Knowledge bases
................................................................... 385
24.3.3
Web Ontology Language (OWL)
.......................................... 386
24.4
Ontology design and representation
.................................................. 386
24.5
Reasoning with a knowledge base: matchmaking
............................. 388
24.6
Semantic annotation and markup
...................................................... 389
24.7
Semantic
(geo-)
web services
............................................................ 390
24.8
Semantic geo-service modelling, an example
................................... 391
24.9
Conclusion
......................................................................................... 393
25
Monica Wachowicz,
Lei Cui,
Wies Vullings, Jandirk Bulens
The effects of web mapping applications on user satisfaction:
an empirical study
..................................................................................... 397
25.1
Introduction
....................................................................................... 397
25.2
Decomposing usability by means of different abstraction levels
...... 399
25.3
The implementation of the usability framework
............................... 403
25.3.1
Usability Hypothesis
............................................................. 403
25.3.2
Usability Typology
................................................................ 403
25.3.3
Usability Variables
................................................................. 404
25.3.4
Usability Elements
................................................................. 406
25.3.5
Usability Measures
................................................................ 406
25.4
Results of the Usability Test
.............................................................. 407
25.5
Conclusions
....................................................................................... 412
26
Tracey P. Lauriault, D. R.
Fraser
Taylor, Peter L. Pulsifer
Will Today s Internet Maps be Available Tomorrow?
The Preservation and Archiving of the Cybercartographic Atlas
of Antarctica Through Action Researc
.................................................... 417
26.1
Introduction
....................................................................................... 417
26.2
A Brave New Map Making World
..................................................... 418
26.3
Archiving Internet Maps and Associated Data
.................................. 420
26.4
The Antarctic Context
....................................................................... 422
Contents xvii
26.5 The International Research
on
Permanent
Authentic Records in
Electronic Systems (InterPARES 2)
Project
...................................... 424
26.6
Participatory Action
Research........................................................... 424
26.7 The Cybercartographic Atlas
of Antarctica
InterPARES 2
CaseStudy ........................................................................................ 425
26.8
Interdisciplinary Debates
.................................................................. 429
26.9
Conclusion
......................................................................................... 431
Index
................................................................................................................. 437
|
| adam_txt |
Contents
Part A: An Introduction
. 1
1
Michael P. Peterson
International Perspectives on Maps and the Internet:
An Introduction
. 3
1.1
Introduction
. 3
1.2
Directions and Trends in Internet Cartography
. 3
1.3
Organization of this book
. 7
1.3.1
Introductory Chapters
. 7
1.3.2
Technical Development
. 7
1.3.3
Application Development
&
User Issues
. 8
1.3.4
Conceptual Development
. 9
1.4
Summary
. 9
2
William Cartwright
Delivering geospatial information with Web
2.0. 11
2.1
Introduction
. 11
2.2
Communication systems and maps
. 13
2.3
Web
2.0. 14
2.3.1
Collaborative information sites:
. 14
2.3.2
Social software
. 15
2.4
Web
2.0
and Cartography
. 16
2.5
Questioning how to deliver geospatial information using Web
2.0 . 20
2.6
New Rules
. 21
2.6.1
Judging quality
. 22
2.6.2
Quality and printed maps
. 22
2.6.3
Quality and computer-generated maps
. 23
2.6.4
Quality and the Web
. 23
2.6.5
Quality and Web
2.0. 24
2.7
How might this be achieved?
. 25
2.8
Conclusion
. 28
3 Bernhard
Jenny, Helen Jenny, Stefan
Räber
Map design for the Internet
. 31
3.1
The relevance of digital map design
. 31
3.2
Guidelines for web map design
. 32
viii Contents
3.2.1
Choosing an appropriate viewing technology
. 32
3.2.2
Considering transmission speed
. 33
3.2.3
Keeping special user needs in mind
. 34
3.2.4
Designing for varying screens sizes and resolutions
. 35
3.2.5
Increasing legibility of map elements: anti-aliasing
. 37
3.2.6
Making signatures and symbols readable:
dimensions and distances
. 39
3.2.7
Simplifying to emphasize the relevant: Generalization
. 40
3.2.8
Designing text: screen typography
. 41
3.2.9
Dealing with inconsistent color display
. 44
3.2.10
Keeping the user interface friendly:
placement of interactive elements
. 45
3.3
Conclusion
. 47
4
Mark Monmonier
Web Cartography and the Dissemination of Cartographic
Information about Coastal Inundation and Sea Level Rise
. 49
4.1
Introduction
. 49
4.2
Flood-Insurance Mapping
. 50
4.3
Coastal Evacuation Maps
. 57
4.4
Sea Level Rise
. 64
4.5
Concluding Remarks
. 68
5
Naohisa Takahashi
An Elastic Map System with Cognitive Map-based Operations
. 73
5.1
Introduction
. 73
5.2
Focus+Context Map
. 75
5.3
Map Operations Based on Cognitive Maps
. 77
5.3.1
Amplifier for cognitive maps
. 77
5.3.2
Structure of elastic maps
. 78
5.3.3
Expanding context areas
. 79
5.3.4
Creating focus areas
. 80
5.4
Implementing Elastic Map System
. 81
5.4.1
Scale transformation
. 81
5.4.2
Feature selection
. 83
5.4.3
Prototype system
. 84
5.5
Conclusion
. 85
Contents ix
Part
В:
Technical Development
. 89
6
Harry Kuo-Chen Chang, Ming-Hsiang Tsou
New Approaches for Integrating
GIS
layers and
Remote Sensing Imagery for Online Mapping Services
. 91
6.1
Introduction
. 91
6.2
The Integration of
GIS
layers and Remote Sensed Imagery in
Web Mapping Applications
. 93
6.3
The System Framework and the Technology Integration of UrMap
. 93
6.4
The Location-Base Services provided by UrMap
. %
6.5
User Interface Design Comparison between UrMap and Google Map
99
6.6
Conclusion
. 101
7
Sverre Iversen
Large format maps on the Internet
. 103
7.1
Introduction
. 103
7.2
User needs, methods and definitions
. 103
7.3
The WMS puzzle
. 105
7.4
Controlling of the assemble process
. 106
7.5
Client-based map assembling
. 107
7.6
From web browser to PDF
. 109
7.7
From web browser to image
. 110
7.8
Matching across Map Tiles
. 111
7.9
Conclusions and outlook
. 113
8
Shunfu Hu
Advancement of Web Standards and Techniques for
Developing Hypermedia Maps on the Internet
. 115
8.1
Introduction
. 115
8.2
Advancement of Web Standards
. 117
8.3
Techniques for developing hypermedia maps on the Internet
. 118
8.3.1
Scripting in HTML
. 118
8.3.2
Using Web development Tools
. 119
8.3.3
Scripting in SVG
. 119
8.3.4
Custom development software
. 119
8.3.5
Scripting in VRML
. 119
8.4
Hypermedia Map for the Visualization of Spatial Patterns
of Health Statistics
. 120
8.5
Hypermedia Maps for the Visualization of
3D
terrain landscape and features
. 121
8.6
Summan,-
. 122
χ
Contents
9 Yan
Li,
Haosheng
Huang, Guobin
Chi
Spatial functionality based on SVG
. 125
9.1
Introduction
. 125
9.2
Theory of spatial functionality with SVG
. 127
9.2.1
Spatial representation model
. 127
9.2.2
Spatial querying for SVG documents
. 134
9.3
A case study of spatial analyzing with SVG
. 136
9.3.1
Background of case study
. 136
9.3.2
A design of spatial analysis procedure
. 137
9.3.3
Discussion on SVG based spatial analysis
. 139
9.4
Conclusion
. 139
10
Emmanuel Stefanakis and
Kostas Patroumpas
Google Earth and XML: Advanced Visualization and
Publishing of Geographic Information
. 143
10.1
Introduction
. 143
10.2
Google Earth
. 144
10.3
XML-based Languages for Geographical Domains
. 146
10.3.1
extensible Markup Language
. 146
10.3.2
Geography Markup Language
. 147
10.3.3
Keyhole Markup Language
. 148
10.4
Converting Simple GML Features into KML objects
. 149
10.5
Discussion
. 150
11
You-Heng Hu and
Linlin Ge
GeoTagMapper: An Online Map-based Geographic
Information Retrieval System for Geo-Tagged Web Content
. 153
11.1
Introduction
. 153
11.2
Background
. 155
11.2.1
Tagging and Geo-Tagging
. 155
11.2.2
Geographic Visualisation and Interaction
. 156
11.2.3
GeoRSS
. 156
11.3
GeoTagMapper
. 156
11.3.1
System Overview
. 156
11.3.2
Geo-tag Parsing
. 158
11.3.3
Textual-Geo Indexing
. 158
11.3.4
Retrieval Model
. 159
11.3.5
Visualisation and Interaction
. 160
11.4
Case Study
. 161
11.5
Conclusions
. 163
Contents xi
12 Peter
L.
Pulsifer,
Amos Hayes, Jean-Pierre Fiset, D.R.
Fraser
Taylor
An Open Source Development Framework in Support of
Cartographic Integration
. 165
12.1
Introduction
. 166
Recent Trends in Web Mapping
. 166
12.2
Nunaliit Cybercartographic Atlas Development Framework
. 168
Background and Overview
. 168
12.3
Cybercartographic Atlases and Content Modules
. 168
12.3.1
Table of Contents
. 168
12.3.2
Content Module Concepts
. 169
12.3.3
Content Module Example
. 170
12.4
Technical Overview of Nunaliit
. 171
12.4.1
Model-View-Controller Design Pattern
. 171
12.4.2
Nunaliit Components
. 172
12.4.3
Nunaliit Model
. 173
12.4.4
Nunaliit Software Development Kit
. 176
12.4.5
Nunaliit Views
. 176
12.4.6
Nunaliit Controllers
. 177
12.4.7
Nunaliit Widgets
. 179
12.5
Conclusion
. 182
12.6
Acknowledgements
. 183
13
Eveline Bernier, Yvan
Bédard,
Thierry Badard,
Frédéric
Hubert
UMapIT© (Unrestricted Mapping Interactive Tool):
Merging the datacube paradigm with an occurrence-based
approach to support on-demand web mapping
. 187
13.1
Introduction
. 187
13.2
From map-based and layer-based approaches to an
occurrence-based web map personalization
. 189
13.3
The Datacube (Multidimensional) Paradigm
. 192
13.3.1
In the Business Intelligence community
. 192
13.3.2
In the geomatics community
. 194
13.4
An Occurrence-based Multidimensional Structure to Support
On-Demand Web Mapping
. 196
13.5
UMapIT: Unrestricted Mapping Interactive Tool
. 197
13.6
Conclusion
. 200
xii Contents
Part
С:
Application Development
. 205
14
Scott Bell and John Logan
Distributed Research and Scientific Creativity:
Accessible Data for the Social Sciences
. 207
14.1
Introduction
. 207
14.2
Case Studies
. 211
14.2.1
Map USA
. 212
14.2.2
Census
2000. 212
14.2.3
Map NY Schools
. 212
14.2.4
Kartina/Gulf Coast
. 213
12.2.5
Georgia Nursing Home
. 213
14.3
Multiple Layers of Use
. 214
14.3.1
INSIDE users
. 215
14.3.2
OUTSIDE users
. 216
14.4
Conclusions
. 217
15
Alberto Giordano, Lance
Wiśniewski
Teaching Cartography on the Web with a Multimedia
GIS:
A New Solution
. 219
15.1
Introduction
. 219
15.2
Background
. 221
15.3
Development History
. 224
15.4
Project Goals
. 224
15.5
Technical Approach
. 228
15.6
Evaluation and Future Developments
. 234
16
С
da Silva
Ramos, W. Cartwright, R. Doin
de
Almeida
Issues in School Web Atlas Use:
The prototype atlas of
Rio Claro
-
Brazil
. 239
16.1
Introduction
. 239
16.2
Brazilian Local Atlases for education
. 240
16.3
Case Study -The School Atlas of Rio Clam
. 241
16.4
The Web Atlas Prototype
. 243
16.5
Testing the Prototype
. 246
16.6
User Profiling
. 246
16.7
Issues in Internet Atlas Use
. 247
16.8
Conclusion
. 249
Contents xiii
17
S.
Haubrock,
D.
Dransch,
S.
Plattner
Maps in the Natural Disasters Networking Platform (NaDiNe)
-
Meeting the users' needs: from static images to highly interactive
real-time information integration
. 251
17.1
Introduction
. 251
17.2
Linked maps for information partition
. 252
17.3
Interactive maps for customizable information transfer
. 254
17.4
Maps integrating scientific simulation results
. 255
17.5
Maps with real-time data integration
. 258
17.6
Rapid Mapping
. 260
17.7
Maps integrating data provided by users
. 261
17.8
Conclusion
. 263
18 Holger Scharlach,
Martina
Scharlach
Web-based health mapping
-
A short way from the data to the user
. 267
18.1
Introduction
. 267
18.2
Health data analysis vs. health data communication
. 268
18.3
Advantages of health data presentation on the Internet
compared to print products for health reporting
. 269
18.4
Examples of data communication: from printed reports
to web based applications
. 270
18.4.1
The Dutch Zorgatlas
. 270
18.4.2
Global Health Atlas (WHO)
. 272
18.4.3
European Influenza Surveillance Scheme (EISS)
. 273
18.5
ARE-surveillance in Lower Saxony:
Communicating the results over the Internet
. 273
18.5.1
Structure of the ARE-surveillance
. 273
18.5.2
Software
. 275
18.5.3
Structure
. 275
18.5.4
Future
. 277
18.6
Health reporting in North Rhine-Westphalia
. 277
18.7
Conclusion
. 279
19
Eva Siekierska, William McCurdy
Internet-Based Mapping for the Blind and People with
Visual Impairment
. 283
19.1
Introduction
. 283
19.2
User Groups and User Needs
. 284
19.2.1
Types of Cartographic Products Needed
. 285
19.3
Mapping for the Visually Impaired Website
. 286
19.3.1
Maps for Education
. 286
xiv Contents
19.3.2
Maps for Mobility Training
. 288
19.3.3
Maps for Transportation and Tourism
. 289
19.3.4
Maps for
Web-4-All. 291
19.3.5
Layer-Based Approach to Tactile Map Design
. 292
19.3.6
Hardware and Software Setup
. 292
19.4
New Technologies for Tactile Mapping
. 293
19.4.1
Audio-Tactile and
Haptic
Maps
. 294
19.5
Government On-Line
(GOL)
Initiative
. 295
19.5.1
Persons with Disabilities Online
. 295
19.5.2
Accessibility Features of
GOL
. 296
19.6
Conclusion
. 299
20
Ming-Hsiang Tsou, Judd M.
Curran
User-Centered Design Approaches for Web Mapping Applications:
A Case Study with USGS Hydrological Data in the United States
. 301
20.1
Introduction
. 301
20.2
The Role of the Map User
. 303
20.3
A Five-Stage User Centered Design Framework for
Web-based Mapping Applications
. 305
20.4
The Implementation of Databases, Web Map Servers,
and Map Browsers
. 308
20.5
Case Study: Web-based Geospatial Information Services
for the Management of Real-time Surface Water Hydrology
. 310
20.5.1
The Strategy Stage (C5: Strategy plan)
. 311
20.5.2
The Design of Spatial Databases (B4 and B3)
. 311
20.5.3
The Design of Web Map Servers
. 312
20.5.4
The Design of Map Browsers
. 313
20.5.5
Evaluation of the Context of Web Map Use
. 315
20.5.6
Prototype Revisions
. 317
20.6
Conclusion and Discussion
. 318
21
Molly
O. Holmberg,
Kenneth E. Foote
Journalistic Cartography on the Web: A Comparison of Print
and Online Maps in Seven Major American Newspapers
. 323
21.1
Overview
. 323
21.2
Background
. 324
21.3
Method
. 326
21.4
Results of the Comparisons of Online and Print Editions
. 327
21.5
Results of Staff Interviews
. 333
21.6
Discussion
. 335
Contents xv
22 Claudia
Sawyer
Web
Cartography for World Heritage Cities:
A survey and evaluation
. 341
22.1
Introduction
. 341
22.2
The Organization of World Heritage Cities
. 342
22.3
UNESCO World Heritage
. 342
22.4
Heritage and tourism
. 343
22.5
Maps and Tourism
. 344
22.6
Maps and the Internet
. 346
22.7
Overview of the project and methodology
. 347
22.8
Discussion of general findings
. 348
22.9
Case study-Granada
. 349
22.10
Case Study-Bath
. 351
22.11
Recommendations and conclusion
. 352
Part D: Conceptual Development
. 357
23
Gabriel
Origel-Gutiérrez,
Jorge
López-Blanco, Luca
Ferrari
Development and implementation of an electronic journal for
publishing peer-reviewed GIS-based maps on the Web
. 359
23.1
Introduction
. 360
23.1.1
Decline in the publication of printed maps
. 360
23.1.2
Web Mapping Framework
. 360
23.1.3
Internet and scientific publication
. 361
23.1.4
Market for online map journals
. 362
23.2
Journal Digital Geosciences
. 362
23.2.1
Motivation
. 362
23.2.2
Initial considerations and journal focus
. 363
23.2.3
Considerations about data and information
. 364
23.2.4
Geomatics model
. 364
23.2.5
Models for map production
. 364
23.2.6
Architecture of the Web Mapping Production System
. 365
23.2.7
Website and Map Viewer
. 366
23.2.8
Examples of published maps
. 368
23.3
Technical Norms
. 368
23.4
Editorial Process and Peer Revision
. 370
23.4.1
General scientific review
. 371
23.4.2
Revision of geological maps
. 371
23.4.3
Revision of geomorphological and
physical geography maps
. 372
23.5
Concluding Remarks
. 373
xvi Contents
24
Rob Lemmens
Lost and found, the importance of modelling map content
semantically
. 377
24.1
Introduction
. 377
24.2
Semantic modelling
. 379
24.2.1
What is an ontology?
. 379
24.2.2
Geo-ontologies
. 383
24.3
Foundations for machine ontology
. 384
24.3.1
Description Logics
. 384
24.3.2
Knowledge bases
. 385
24.3.3
Web Ontology Language (OWL)
. 386
24.4
Ontology design and representation
. 386
24.5
Reasoning with a knowledge base: matchmaking
. 388
24.6
Semantic annotation and markup
. 389
24.7
Semantic
(geo-)
web services
. 390
24.8
Semantic geo-service modelling, an example
. 391
24.9
Conclusion
. 393
25
Monica Wachowicz,
Lei Cui,
Wies Vullings, Jandirk Bulens
The effects of web mapping applications on user satisfaction:
an empirical study
. 397
25.1
Introduction
. 397
25.2
Decomposing usability by means of different abstraction levels
. 399
25.3
The implementation of the usability framework
. 403
25.3.1
Usability Hypothesis
. 403
25.3.2
Usability Typology
. 403
25.3.3
Usability Variables
. 404
25.3.4
Usability Elements
. 406
25.3.5
Usability Measures
. 406
25.4
Results of the Usability Test
. 407
25.5
Conclusions
. 412
26
Tracey P. Lauriault, D. R.
Fraser
Taylor, Peter L. Pulsifer
Will Today's Internet Maps be Available Tomorrow?
The Preservation and Archiving of the Cybercartographic Atlas
of Antarctica Through Action Researc
. 417
26.1
Introduction
. 417
26.2
A Brave New Map Making World
. 418
26.3
Archiving Internet Maps and Associated Data
. 420
26.4
The Antarctic Context
. 422
Contents xvii
26.5 The International Research
on
Permanent
Authentic Records in
Electronic Systems (InterPARES 2)
Project
. 424
26.6
Participatory Action
Research. 424
26.7 The Cybercartographic Atlas
of Antarctica
InterPARES 2
CaseStudy . 425
26.8
Interdisciplinary Debates
. 429
26.9
Conclusion
. 431
Index
. 437 |
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| discipline | Bauingenieurwesen Vermessungswesen Geographie |
| discipline_str_mv | Bauingenieurwesen Vermessungswesen Geographie |
| format | Book |
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| id | DE-604.BV022437297 |
| illustrated | Illustrated |
| index_date | 2024-07-02T17:31:24Z |
| indexdate | 2024-07-09T20:57:35Z |
| institution | BVB |
| isbn | 9783540720287 3540720286 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-015645399 |
| oclc_num | 154712284 |
| open_access_boolean | |
| owner | DE-355 DE-BY-UBR DE-91 DE-BY-TUM DE-12 DE-19 DE-BY-UBM DE-11 DE-83 DE-Y2 |
| owner_facet | DE-355 DE-BY-UBR DE-91 DE-BY-TUM DE-12 DE-19 DE-BY-UBM DE-11 DE-83 DE-Y2 |
| physical | XXVII, 441 S. Ill., graph. Darst., Kt. |
| publishDate | 2008 |
| publishDateSearch | 2008 |
| publishDateSort | 2008 |
| publisher | Springer |
| record_format | marc |
| series2 | Lecture notes in geoinformation and cartography |
| spelling | International perspectives on maps and the Internet Michael P. Peterson (ed.) Berlin [u.a.] Springer 2008 XXVII, 441 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Lecture notes in geoinformation and cartography Cartes géographiques - Ressources internet Cartographie - Automatisation Cartographie - Informatique Cartographie par ordinateur Internet en cartographie Systèmes d'information géographique - Ressources internet Datenverarbeitung Cartography Automation Cartography Data processing Digital mapping Geographic information systems Computer network resources Internet in cartography Maps Computer network resources Internet (DE-588)4308416-3 gnd rswk-swf Geoinformationssystem (DE-588)4261642-6 gnd rswk-swf Computerkartografie (DE-588)4010451-5 gnd rswk-swf Computerkartografie (DE-588)4010451-5 s Internet (DE-588)4308416-3 s DE-604 Geoinformationssystem (DE-588)4261642-6 s Peterson, Michael P. 1954- Sonstige (DE-588)120977818 oth Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015645399&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | International perspectives on maps and the Internet Cartes géographiques - Ressources internet Cartographie - Automatisation Cartographie - Informatique Cartographie par ordinateur Internet en cartographie Systèmes d'information géographique - Ressources internet Datenverarbeitung Cartography Automation Cartography Data processing Digital mapping Geographic information systems Computer network resources Internet in cartography Maps Computer network resources Internet (DE-588)4308416-3 gnd Geoinformationssystem (DE-588)4261642-6 gnd Computerkartografie (DE-588)4010451-5 gnd |
| subject_GND | (DE-588)4308416-3 (DE-588)4261642-6 (DE-588)4010451-5 |
| title | International perspectives on maps and the Internet |
| title_auth | International perspectives on maps and the Internet |
| title_exact_search | International perspectives on maps and the Internet |
| title_exact_search_txtP | International perspectives on maps and the Internet |
| title_full | International perspectives on maps and the Internet Michael P. Peterson (ed.) |
| title_fullStr | International perspectives on maps and the Internet Michael P. Peterson (ed.) |
| title_full_unstemmed | International perspectives on maps and the Internet Michael P. Peterson (ed.) |
| title_short | International perspectives on maps and the Internet |
| title_sort | international perspectives on maps and the internet |
| topic | Cartes géographiques - Ressources internet Cartographie - Automatisation Cartographie - Informatique Cartographie par ordinateur Internet en cartographie Systèmes d'information géographique - Ressources internet Datenverarbeitung Cartography Automation Cartography Data processing Digital mapping Geographic information systems Computer network resources Internet in cartography Maps Computer network resources Internet (DE-588)4308416-3 gnd Geoinformationssystem (DE-588)4261642-6 gnd Computerkartografie (DE-588)4010451-5 gnd |
| topic_facet | Cartes géographiques - Ressources internet Cartographie - Automatisation Cartographie - Informatique Cartographie par ordinateur Internet en cartographie Systèmes d'information géographique - Ressources internet Datenverarbeitung Cartography Automation Cartography Data processing Digital mapping Geographic information systems Computer network resources Internet in cartography Maps Computer network resources Internet Geoinformationssystem Computerkartografie |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015645399&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT petersonmichaelp internationalperspectivesonmapsandtheinternet |