Inaugural - Dissertation

iv computing individual routes in a multi-level building, whereby the developed application is ubiquitously accessible in common browsers via a web-based 3D application. The second applications discussed the utilization of crowdsourced indoor geodata for complex multiagent indoor evacuation simulations. For static aspects of the building and the geometry, IndoorOSM is perfectly suitable, whereas in contrast fast-changing dynamic aspects, such as building population or moving objects, cannot be simulated when purely using crowdsourced indoor geodata. This thesis concludes that extending OSM with IndoorOSM allows moving significantly forward to the major goal of “Using VGI for an automated provision of Indoor LBS”. Without expensive data acquisition or license costs, both standard-based 3D city models and indoor LBS can be generated fully automatically.