Talks and Poster Presentations (with Proceedings-Entry):

G. Gartner:
"The Impact Of Different Presentation Forms On The Efficiency Of Supporting Pedestrian Wayfinding";
Talk: 25th International Cartographic Conference ICC, Paris; 07-03-2011 - 07-08-2011; in: "Proceedings of the 25th International Cartographic Conference", Paris (2011), ISBN: 978-1-907075-05-6; Paper ID CO-074, 7 pages.

English abstract:
Because of a lack of navigation solutions, tasks like route planning or wayfinding are still mostly done by using traditional means of orientation (e.g. paper maps), asking the way or simple intuition. Even guidance systems for public transport, such as electronic time tables or info terminals, sidewalks are only considered marginally. In effect there are deficits in the mobility chain, especially in terms of wayfinding for distances which can be easily covered by foot. This fact applies to the "last mile" from where one left public transport to actually reaching the point of destination.
In this paper selected results of a study on how the information deficit of pedestrians can be closed effectively with novel navigation technologies. A joined project called "ways2navigate" aims at increasing the degree of usability (for individual wayfinding) and personalisation of pedestrian navigation systems for daily life, especially in urban settings. In order to reach this goal ways2navigate studies different navigation concepts from which essential technological conditions and target group specific parameters for future pedestrian navigation solutions are derived. The project investigates the suitability of language and Augmented Reality-based navigation concepts in comparison to digital maps for transmitting navigation and route information to pedestrians. These technologies (digital maps, language and Augmented Reality) are tested with the help of a scientifically proven metric both quantitatively and qualitatively. The approach is evaluated on the basis of test routes in a pilot region in the city of Salzburg in three iterative experiments with 20 test persons each. The results contribute to a knowledge base which deals with the question under which conditions and for which target groups a deployment of the afore mentioned technologies is meaningful in navigation systems.

Created from the Publication Database of the Vienna University of Technology.