Framework for smart city applications based on participatory sensing
ROBERT M. SZABO, Károly Farkas, Márton Ispány, András A. Benczúr, Norbert Bátfai, Péter Jeszenszky, Sándor Laki, Anikó Vágner, Lajos Kollár, Cs. Sidlo, Renátó Besenczi, Máté Smajda, Gabriella Kövér, Tamás Szincsák, Tamás Kádek, Márk Kósa, Attila Adamkó, Imre Lendák, Bernát Wiandt, Timon Tomás · 2013
Smart cities offer services to their inhabitants which make everyday life easier beyond providing a feedback channel to the city administration. For instance, a live timetable service for public transportation or real-time traffic jam notification can increase the efficiency of travel planning substantially. Traditionally, the implementation of these smart city services require the deployment of some costly sensing and tracking infrastructure. As an alternative, the crowd of inhabitants can be involved in data collection via their mobile devices. This emerging paradigm is called mobile crowd-sensing or participatory sensing. In this paper, we present our generic framework built upon XMPP (Extensible Messaging and Presence Protocol) for mobile participatory sensing based smart city applications. After giving a short description of this framework we show three use-case smart city application scenarios, namely a live transit feed service, a soccer intelligence agency service and a smart campus application, which are currently under development on top of our framework.