Title :
A framework for crowd-sourced data collection and context-aware services in Hajj and Umrah
Author :
Ahmad, Akhlaq ; Rahman, Md Abdur ; Rehman, Faizan Ur ; Lbath, Ahmed ; Afyouni, Imad ; Khelil, Abdelmajid ; Hussain, Syed Osama ; Sadiq, Bilal ; Wahiddin, Mohamed Ridza
Author_Institution :
Kulliyyah of Inf. & Commun. Technol., Int. Islamic Univ. Malaysia, Kuala Lumpur, Malaysia
Abstract :
We propose a context aware framework that offers a set of cloud-based services to support a very large Hajj and Umrah crowd by capturing their contexts using smartphones. The proposed framework captures the individual´s context, provides a set of adapted services, and allows being in touch with a subset of one´s community of interest. We leverage the spatiotemporal sensory data captured by our framework to define users´ contexts for optimized services. Our proposed framework is also envisioned to assist the Hajj and Umrah authorities to (1) improve Hajj & Umrah documentation, (2) improve Hajj organization through better understanding of pilgrims´ (individual and crowd) spatial and temporal behavior and needs, and (3) protect pilgrims´ environment through environmental monitoring. In particular, the developed methods, techniques, and algorithms will support the pilgrimage quality of experience. We have tested our system through end-user subjects and due to apply for the upcoming Hajj events. We present our implementation details and the general impression of end users about our system.
Keywords :
cloud computing; data acquisition; mobile computing; quality of experience; smart phones; Hajj and Umrah authorities; Hajj and Umrah crowd; Hajj and Umrah documentation; Hajj organization; cloud-based services; context-aware services; crowd-sourced data collection; end-user subjects; environmental monitoring; pilgrim environment; pilgrim spatiotemporal behavior; pilgrimage quality of experience; smartphones; spatiotemporal sensory data; Communities; Context; Context-aware services; Smart phones; Social network services; Temperature sensors; Context Awareness; Hajj and Umrah; Spatiotemporal Zones;
Conference_Titel :
Computer Systems and Applications (AICCSA), 2014 IEEE/ACS 11th International Conference on
DOI :
10.1109/AICCSA.2014.7073227