Titlebook: Map-based Mobile Services; Design, Interaction Liqiu Meng,Alexander Zipf,Stephan Winter Book 2008 Springer-Verlag Berlin Heidelberg 2008 3

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Context-Aware Applications Enhanced with Commonsense Spatial Reasoning, distributed devices to provide a more comprehensive view of the context they inhabit. Although information can be geo-referenced according to quantitative models there are a number of reasons for which Qualitative Spatial Representations can be preferred in such context. The paper presents a knowle

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Personalising Map Feature Content for Mobile Map Users,raction while on the move – issues of human-computer interaction. In addition, to effectively display maps on mobile devices, developers must address restrictions related to screen size and limited bandwidth – issues of computational efficiency. We have developed MAPPER, a novel approach for deliver

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A Survey of Multimodal Interfaces for Mobile Mapping Applications,ng out a variety of mapping tasks, and ease of use is essential to successful user adoption of a mapping application. This is redoubled in a mobile context, where mobile device limitations can hinder usability. In particular, interaction modes such as a pen/stylus are limited and can be quite diffic

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User Interaction in Mobile Navigation Applications,imodal interaction in location-based services in general. The goal of the research has been to study methods and techniques for richer human-computer interaction, and to investigate interconnection and user preferences concerning speech and tactile input modalities on a route navigation task. The ch

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Designing Interactions for Navigation in 3D Mobile Maps,n a 3D environment using a mobile device is non-trivial. Challenges are posed by the severe limitations of the mobile user interface and of the capacities of the mobile user. This chapter analyses .: how to make navigation quicker and more intuitive by the means of restricting and guiding movement,

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Accuracy and Performance Assessment of a Window-Based Heuristic Algorithm for Real-Time Routing in existing and emerging applications and services. An example is map-based mobile applications where real-time routing is required. Conventional optimal routing algorithms often do not provide acceptable real-time responses when applied to large real road network data. As a result, in certain real-tim

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How Mobile Maps Cooperate with Existing Navigational Infrastructure,ate the same activities to be supported by the new application. However, it is rarely evident from the outset if a mobile map application should replace or augment existing tools. Augmenting tools like kiosk maps and signage may result in an application that is easier and more beneficial to use. Thi

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Geographical Data in Mobile Applications Uses beyond Map Making,ng applications, and a lot of work has been done on methods for rendering of clear, useful maps. However, with the rapidly increasing power of the mobile devices themselves and the increasing ubiquity of GPS positioning, much more can be made of the geographic data itself. For example, location-awar

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