using a hierarchical hybrid fuzzy model, this paper presents an intelligent system to manage the traffic of ambulances and the vehicles for transporting blood and blood products and generally the transportation related to health emergencies. the transportation of emergency patients, emergency accidents and health-related emergencies, and the transportation of blood and blood products should be ...

Road traffic is considered one of the most difficult domains to manage and one of the fastgrowing networks. This environment is geographically distributed and its actors are in continuous interaction in order to be able to succeed in a realtime exchange of the variable data of the road traffic. The modeling of this complex system requires powerful tools to be able to realize precise representat...

Advanced technologies will be needed to enhance and improve the current transportation capabilities of the nation’s small aircraft transportation network, and thus help relieve congestion at hub airports. To achieve this goal, current operation concepts and procedures will have to be changed and improved, or perhaps even replaced. This paper proposes a decentralized Air Traffic Management appro...

The integration of Wireless technologies, GIS and sensors, has opened new possibilities of developing an Intelligent Transportation System (ITS). The face of ITS are changing with modern applications like Advanced Traveler Information Systems (ATIS), Route Guidance Systems (RGS), Advanced Traffic Management Systems (ATMS), Performance Monitoring and Congestion management etc. An effective Intel...

The usability and effectiveness of traffic management and traffic control systems greatly depends on its ability of reacting upon traffic patterns and permutations. There are several factors that affect the performance of conventional traffic control systems, for instance: changes in traffic flow, accidents, different behaviour and travel demand. In this research we investigate how to apply aut...