A 3D Indoor Routing Service with 2D Visualization Based on the Multi-Layered Space-Event Model

Donaubauer, Andreas; Straub, Florian; Panchaud, Nadia; Vessaz, Claude

Titel:: A 3D Indoor Routing Service with 2D Visualization Based on the Multi-Layered Space-Event Model
Dokumenttyp:: Buchbeitrag
Autor(en):: Donaubauer, Andreas; Straub, Florian; Panchaud, Nadia; Vessaz, Claude
Abstract:: In this chapter the draft for a novel conceptual model for indoor navigation, the multi layered space-event model (MLSM), is combined with existing standards for Geo Web Services in order to define a framework for a 3D indoor routing service with rule-based 2D visualization. We prove that the MLSM in the test scenarios we defined can be used as a conceptual model for an indoor routing service. With the help of a prototype we also show that the MLSM needs some extensions if a 3D MLSM graph shall be visualized in 2D. Our case scenarios and visualization examples are based on an existing Building Information Model (BIM) of a specific building. «
In this chapter the draft for a novel conceptual model for indoor navigation, the multi layered space-event model (MLSM), is combined with existing standards for Geo Web Services in order to define a framework for a 3D indoor routing service with rule-based 2D visualization. We prove that the MLSM in the test scenarios we defined can be used as a conceptual model for an indoor routing service. With the help of a prototype we also show that the MLSM needs some extensions if a 3D MLSM graph shall... »
Stichworte:: Indoor Navigation; 3D Indoor Routing Standards; OpenLS; GML; IndoorGML; Visualization; Multi-Layered Space-Event Model; GISTop_IndoorNav; Indoor Route Planning; LOCenter; LOCTop_Spatial_modeling_and_algorithms
Buchtitel:: Progress in Location-Based Services
Verlag / Institution:: Springer
Verlagsort:: Berlin, Heidelberg
Jahr:: 2013
Reviewed:: ja
Format:: Text
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