Modelling -- A Formal Model for Mobile Map Adaptation -- Using Activity Theory to Identify Relevant Context Parameters -- Congestion Visualization Based on Probe Vehicle Data -- Where do you Roll Today? Trajectory Prediction by SpaceRank and Physics Models -- Ways of Walking – Developing a Pedestrian Typology for Personalised Mobile Information Systems -- Mapping Pedestrian Movement: Using Tracking Technologies in Koblenz -- TeleCartography -- Evaluation of User Variables in Topographic Feature Recall for the Informed Selection of Personalized Landmarks -- Measuring the Impact of Location-Awareness in the Acceptance of Mobile Systems -- Impact of Restricted Display Size on Spatial Knowledge Acquisition in the Context of Pedestrian Navigation -- User Requirements for Location-Based Services to Support Hiking Activities -- Geo-Identifi cation and Pedestrian Navigation with Geo-Mobile Applications: How Do Users Proceed? -- Neo-Cartographic Infl uence on Map Communication in LBS -- Location Based Services and Applications -- The Adoption of Mobile Location-Aware Systems for Field Police Work: Evaluation of a Pilot Initiative at the Dutch Police -- Enhancing the Experience of the Landscape: The Digital Dowsing Rod -- MNISIKLIS:Indoor Location Based Services for All -- geoHealth Monitoring –Real-Time Monitoring for Action Forces During Disaster Operations -- Modelling Home and Work Locations of Populations Using Passive Mobile Positioning Data -- A Geographical Information System for Real Estate (GEOVAL) -- Positioning and Sensor Fusion -- Quality Assurance / Quality Control Analysis of Dead Reckoning Parameters in a Personal Navigator -- Efficient Overlay Mediation for Mobile Location-Based Services -- Three-Dimension Indoor Positioning Algorithms Using an Integrated RFID/INS System in Multi-storey Buildings -- Prediction of GNSS Availability and Accuracy in Urban Environments Case Study Schiphol Airport -- An Investigation of the Signal Performance of the Current and Future GNSS in Typical Urban Canyons in Australia Using a High Fidelity 3D Urban Model -- Using RFID and INS for Indoor Positioning -- GPS/WiFi Real-Time Positioning Device: An Initial Outcome -- LBS and TeleCartography II: About the book -- LBS and TeleCartography II: About the book.