This paper presents a robust finite frequency control strategy for improving vibration
performance and ride comfort of electric vehicles through in-wheel motor-active suspension …

Nonlinear robust control of trajectory-following for autonomous ground electric vehicles with
active front steering system Page 1 AIMS Mathematics, 8(5): 11151–11179. DOI: 10.3934/math.2023565 …

The stable detection and tracking of high-speed vehicles on the road by using LiDAR can
input accurate information for the decision-making module and improve the driving safety of …

Silence behavior is a common and influential phenomenon in organizations. Scholars have
explored a lot of antecedents for silence behavior, but rarely from the perspective of …

The processes of sustainable development, environmental management, and green
performance are inseparable from people's active participation, and organizational …

The x-by-wire technology promotes the rapid development of intelligent vehicles, but it
comes with the network delays, which would deteriorate the control performance. Therefore …

Realistic uncertainties and disturbances cannot be ignored when striving towards high-
performance autonomous driving. Meanwhile, advanced vehicular sensing technology …

Distributed drive electric vehicles (DDEVs) possess great advantages in the viewpoint of fuel
consumption, environment protection and traffic mobility. Whereas the effects of inertial …

In this paper, the fault-tolerant time-varying formation tracking control problem for high-order
linear multi-agent systems with multiple leaders is studied in the case of actuator faults and …

In this paper a robust vector control method based on second order Super Twisting Sliding
Mode Controllers (STSMCs) for two series-connected Five-Phase Permanent Magnet …