This book reviews current trends and offers guidance for further research, from a common ground bringing together disciplines and practice, knowledge, experiences, plans and ideas for improving LBS and how it will influence both science and society.

The book consists of peer-reviewed papers from the 9th symposium on Location Based Services (LBS) which is targeted to researchers, industry/market operators and students of different backgrounds (scientific, engineering and humanistic). As the research field is developing and changing fast, this book follows up on current trends and gives suggestions and guidance to further research. This book offers a common ground bringing together various disciplines and practice, knowledge, experiences, plans and ideas on how LBS can and could be improved and on how it will influence both science and society. The book comprises front-end publications organized into sections on:spatial-temporal data acquisition, processing & analysis; positioning / indoor positioning; way-finding / navigation (indoor / outdoor) & smart mobile phone navigation; interactions, user studies and evaluations; innovative LBS systems & applications.

Focuses on Location-Based Services (LBS) Describes the influence of LBS on science and society Follows the series of successful publications including Location-Based Services and Telecartography I + II (2008) and Advances in Location-Based Services (2011) Includes supplementary material: sn.pub/extras

Inhalt

Extraction of location-based Emotions from Photo Platforms.- Combining Float Car Data and Multispectral Satellite Images to Extract Road Features and Networks for Navigation Applications.- Space-Time Mapping of Mass Event Data.- Analyzing Human Activities through Volunteered Geographic Information: Using Flickr to Analyze Spatial and Temporal Pattern of Tourist Accommodation.- A Platform for Location Based App Development for Citizen Science and Community Mapping.- A framwork for on-line detection of custom group movement patterns.-Mining Event Related Knowledge from OpenStreetMap.- Evaluation of Bluetooth properties for indoor localisation.- Pedestrian Indoor Localization Using Foot Mounted Inertial Sensors in Combination with a Magnetometer, a Barometer and RFID.- Quantitative and Spatial Evaluation of distance-based Localization Algorithms.