Vehicle platooning has gained attention for its potential to increase road capacity and safety,
and higher fuel efficiency. Platoon controls are implemented over Vehicle-to-Vehicle (V2V) …

To solve the security problem of industrial cyber‐physical systems (ICPS) suffering from the
Denial of Service (DoS) attack, this paper proposes an optimal control strategy with functions …

Adaptive Cruise Control (ACC) is the function of advanced driver assistance system in the
longitudinal vehicle dynamics to maintain the desired distance and the safe speed from the …

Vehicle platooning is an enabler technology for increasing road capacity, improving safety
and reducing fuel consumption. Platoon control is a two-layered system where each layer …

In real-time control of Cyber-Physical Systems (CPSs), physical process variables are
monitored and processed by intelligent controllers for keeping the values of safety …

The exchange of information between vehicles, which is based on the reliability of wireless
communication systems, has an important role in reducing traffic accidents and improving …

Platooning of vehicular systems has been considered as an effective solution for alleviating
traffic congestion. However, the widely existing matched and mismatched disturbances can …

This paper comprehensively investigates the feasibility of a modified cooperative adaptive
cruise control (CACC) strategy to support car platooning in freeway weaving segments …

The Industry 4.0 emphasizes the extensive utilization of Cyber Physical Systems (CPSs) that
can be deployed across various application domains. Designing and implementing CPSs for …

Nowadays the number of vehicles on the roads is progressively increasing this leading to
asaturation of the traffic. In order to reduce the travel times and to increase the drivers' …