Use Cases

Areas that are most urgent and/or critical to a functioning civil life.


Public Navigation

A personal guidance system to aid navigation without sight

The system is being developed in light of the unique problems facing the blind traveller, which are discussed first. The system consists of four modules: a locator unit, a detailed spatial database, an algorithm for path selection and a user interface. Suggestions are offered for alternative ways of handling the locator problem using a global positioning system or a database query system.[1]

Towards designing better maps for indoor navigation

Lately, a range of mobile devices have started to support outdoor pedestrian navigation, and these devices presumably keep guiding the users also when moving indoors. However, the design patterns from the outdoor world do not necessarily work indoors. In order to understand the distinctive UI requirements of indoor navigation, we conducted a user study involving 23 people using a mobile phone-based, location-sensitive service. In this paper, we reveal our findings that the visualizations and UI designs resembling conventional outdoor maps or floor layouts are not optimal for indoor navigation, and present recommendations for the future design of indoor navigation systems.[2]

Social navigation for urban mobile information systems

CityFlocks is a mobile system enabling visitors and new residents in a city to tap into the knowledge and experiences of local residents, so as to gather information about their new environment. Its design specifically aims to lower existing barriers of access and facilitate social navigation in urban places. This paper presents a design case study of a mobile system prototype that offers an easy way for information seeking new residents or visitors to access tacit knowledge from local people about their new community. In various user tests we evaluate two general user interaction alternatives -- direct and indirect social navigation -- and analyse under what conditions which interaction method works better for people using a mobile device to socially navigate urban environments. The outcomes are relevant for the user interaction design of future mobile information systems that leverage off of a social navigation approach.[3]

Adaptive navigation support with public displays

The displays are mounted to walls where they provide passersbys with directional information. Each sign is an autonomous, wirelessly networked digital displays connected to a central server. The signs are position-aware and able to adapt their display content in accordance with their current position. Advantages of such a navigation system include improved flexibility, dynamic adaptation and ease of setup and maintenance.[4]


References:

  1. http://www.tandfonline.com/doi/abs/10.1080/02693799108927864#.Vd2QCyXtlHw 
  2. http://dl.acm.org/citation.cfm?id=1658566 
  3. http://dl.acm.org/citation.cfm?id=1394464 
  4. http://dl.acm.org/citation.cfm?id=1040916