This paper presents an output-sensitive event-triggered communication (ETC) scheme for
the security path tracking control of autonomous ground vehicles (AGVs) while considering …

The malicious physical attacks from both sensor and actuator sides make real threats to the
security and safety of autonomous ground vehicles (AGVs). This paper focuses on the …

Smart and autonomous vehicles are inseparable parts of the future Intelligent Transportation
Systems (ITS). However, ITS components, and especially its vehicles, are prone to cyber …

Actuator attacks on the steering control actions of Autonomous Vehicles (AVs) will disrupt
the control actions of path following, even lead to a serious traffic accident. In order to ensure …

Recently, MXene has been identified as a novel reinforcing material for elastomers. Also, the
free‐radical scavenging ability of MXene can be used to improve the antiaging properties of …

This paper investigates the secure lateral stabilization control problem of autonomous
vehicles subject to actuator attacks. By considering a class of arbitrary bounded actuator …

The malicious physical attacks from both sensor and actuator side make real threats to the
security and safety of autonomous ground vehicles (AGVs). This paper focuses on the …

This paper investigates sliding mode control via an event-triggered strategy for discrete-time
networked systems under actuator attacks. First, a discrete-time network control model under …

Autonomous vehicles (AVs) are a conglomeration of various electronic components in a
tightly bound communication network. This list of electronic components includes an …

A control problem of unknown nonlinear networked systems with false data injection attacks
is studied in this paper. A multi-sensor fusion model-free adaptive control method with …