Building resilience in critical infrastructures for smart and connected cities requires
consideration of different types of interdependencies. Previous research has mainly …

Smart cities exploit emerging technologies such as Big Data, the Internet of Things (IoT),
Cloud Computing, and Artificial Intelligence (AI) to enhance public services management …

Vehicular fog computing extends the fog computing paradigm to conventional vehicular
networks. This allows us to support more ubiquitous vehicles, achieve better communication …

Many cities are adopting increasingly advanced Intelligent Transportation Systems (ITS).
These systems combine connectivity, coordination, adaptivity, and automated response for …

Connected vehicle (CV) technology will soon transform today's transportation systems by
connecting vehicles and the transportation infrastructure through wireless communication …

Smart City (SC) has been a popular area of research and practice during the last decade. An
in-depth examination of the existing literature reviews on SCs divulges the scarcity of studies …

Researchers have been studying new methods and solutions to monitor and control freeway
traffic systems for some decades. Yet, present technological developments make the transfer …

Connected vehicle (CV) technology brings both opportunities and challenges to the traffic
signal control (TSC) system. While safety and mobility performance could be greatly …

Existing traffic control systems are mostly deployed in private wired networks. With the
development of wireless technology, vehicles and infrastructure devices will be connected …

The exponential growth of information and communication technologies have caused a
profound shift in the way humans engineer systems leading to the emergence of closed-loop …