In the absence of any global positioning infrastructure for indoor environments, research on
supporting human indoor localization and navigation trails decades behind research on …

We present a novel design of an augmented reality interface to support indoor navigation.
We combine activity-based instructions with sparse 3D localisation at selected info points in …

Thanks to rapid advances in technologies like GPS and Wi-Fi positioning, smartphone users
are able to determine their location almost everywhere they go. This is not true, however, of …

While it has been well established that incorporating landmarks into route descriptions
enhances understanding and performance of wayfinding, only a very few available systems …

This paper studies the use of indoor infrastructures for navigation in several currently
available route planners. In the context of an increasing dependence on positioning and …

We present the design of an interface that provides continuous navigational support for
indoor scenarios where localization is only available at sparse, discrete locations (info …

We present Follow-My-Lead, an alternative indoor navigation technique that uses visual
information recorded on an actual navigation path as a navigational guide. Its design …

We describe a system designed to facilitate efficient communication of information relating to
the physical world using augmented reality (AR). We bring together a range of technologies …

Das Navigieren durch komplexe Innenräume erfordert eine Vielzahl kognitiver Ressourcen.
In dieser Arbeit wird untersucht, wie dieser Prozess mithilfe eines mobilen Fußgänger …

With the ubiquity of turn-by-turn navigation on toady's smartphones, personal exploration of
the unseen has been drastically diminished. Such services make it less likely for users to …