The introductory text covers a range of topics, from the cognitive models of geographical representation to interface design. It provides the reader with frameworks and techniques that can be used and case studies in which these techniques have been used for computer mapping application.
- Takes an integrative approach to the subject to draw together the latest developments in the field.
- Carefully structured to introduce the genera principles of HCI and usability research and provide the basic theory of spatial cognition, map reading and the fundamentals of cartographic principles.
- Includes numerous case studies to show usability in practice for example, Desktop GIS, Web–based GIS and Geovisualization Systems along with more recognizable geographic technologies such as SatNav, web maps and Mashups.
- An invaluable reference for those people taking courses in GIS. Geoinformatics, Geomatic Engineering or Spatial Information management, as well as computer scientists and information systems designers.
About the authors.
How to use this book.
SECTION I THEORY.
1 Human–computer interaction and geospatial technologies context Mordechai (Muki) Haklay and Artemis Skarlatidou).
1.1 Human–computer interaction and usability engineering background.
1.2 Geographic Information Systems and science history.
1.3 Human–Computer Interaction and GIScience research.
2 Human understanding of space (Clare Davies, Chao (Lily) Li and Jochen Albrecht).
2.2 Spatial cognition: screen versus geography.
2.3 Geographic spatial cognition learning, understanding and recall.
2.4 GIS in the outside environment: matching maps to geography.
3 Cartographic theory and principles (Catherine (Kate) Emma Jones).
3.1 Principles of cartographic representation.
3.2 Impact of projections on map design.
3.3 Impact of cartographic scale on map design.
4 Computer–mediated communication, collaboration and groupware (Mordechai (Muki) Haklay).
4.1 Computer–mediated communication.
4.2 Social dynamics and group decision–making issues.
4.3 Computer Supported Collaborative Work and Groupware (CSCW).
4.4 Principles of collaborative GIS.
SECTION II FRAMEWORK.
5 User–centred design (Mordechai (Muki) Haklay and Annu–Maaria Nivala).
5.3 Applying user–centred design in geospatial technologies.
5.4 Participatory design.
6 Usability engineering (Mordechai (Muki) Haklay, Artemis Skarlatidou and Carolina Tobón).
6.2 Usability engineering and product development process.
6.3 Understanding user requirements and needs.
6.4 Application development.
6.5 Evaluation and deployment.
6.6 Usability engineering in research.
SECTION III PRACTICALITIES AND TECHNIQUE.
7 Application planning (Jochen Albrecht and Clare Davies).
7.1 GIS interface complexity.
7.2 Task analysis in GIS.
7.3 Formalized analysis of GIS user interfaces.
7.4 User experience considerations.
7.5 Task analysis as the basis for workflow management.
7.6 Geo–scientific workflows and process models.
7.7 Ontologies in support of application planning for the semantic web.
8 Practical cartography (Catherine (Kate) Emma Jones).
8.1 The role of symbology in map making.
8.2 The role of colour in map making.
8.3 Data classification types of maps and thematic mapping.
8.4 Mapping conventions map elements and layout.
9 Principles of interaction (Jessica Wardlaw).
9.1 Key elements of the theory of interaction for geospatial technologies.
9.2 Basic elements of GUI.
9.3 Some guidelines for designing a GIS interface.
10 Evaluation and deployment (Stephanie Larissa Marsh and Mordechai (Muki) Haklay).
10.1 Evaluation options from usability laboratory to guerrilla usability.
10.2 Evaluation techniques.
10.3 Methodological consideration of usability techniques.
11 Single user environments: desktop to mobile (Mordechai (Muki) Haklay and (Lily) Chao Li).
11.1 Technological considerations.
11.2 Understanding the user context.
11.3 Designing desktop applications.
11.4 Mobile devices.
12 Web–mapping applications and HCI considerations for their design (Artemis Skarlatidou).
12.1 Overview of Web–mapping.
12.2 Web–mapping design and HCI considerations.