In this paper we propose, develop, and analyze the performance of a new system-optimum
navigation model that utilizes Vehicular Ad-hoc Networks (VANETs), linear programming …

Non-recurrent events (eg football events or evacuation in case of natural disasters) pose
great challenges to vehicle routing and traffic management in Intelligent Transportation …

During disasters, swiftly and efficiently evacuating populations in hazardous situations is
crucial to minimize losses. This study proposes a novel framework to address dynamic …

Abstract Vehicle Ad-hoc Networks (VANETs) are a kind of Internet of Things system where
groups of vehicles connect and vehicle tracking infrastructure to enhance driver and public …

With the initiatives of Smart Cities and growing popularity of Internet of Things, traffic
management system has become one of the most researched areas. Increased vehicle …

Road traffic pressure and congestion become more serious as the number of vehicles
increases in most big cities. Fast automatic route guidance method is needed urgently to …

This paper proposes an evolved Self-Adaptive Interactive Navigation Tool (SAINT+) to
reduce the delivery time of emergency services and to improve navigation efficiency for the …

Traffic congestion is a major mobility problem, which generates enormous economic
resources and causes serious problems for the most dense of cities. Intelligent …

Vehicular ad-hoc networks are self-organized networks to provide communication between
the vehicles. It is challenging to determine a routing protocol for the communication between …

Since emergency vehicles (EVs) are essential for urban emergency response, it is essential
to help EVs arrive faster. Existing work has investigated route optimization or traffic signal …