Automotive suspension systems provide passenger safety, ride comfort and vehicle
handling in passenger and commercial vehicles. Through extensive research in the last …

The control of an automotive suspension system by means of a hydraulic actuator is a
complex nonlinear control problem. In this work, a linear parameter varying (LPV) model is …

Drawing from recent developments in the field, this article explores advanced control
methodologies for active suspension systems with the aim of enhancing ride comfort and …

In this paper, a controller learns to adaptively control an active suspension system using
reinforcement learning without prior knowledge of the environment. The Temporal …

The event-triggered finite-time guaranteed cost control problem is important for an uncertain
active suspension vehicle system. Existing works on the design of finite-time controllers for …

Vehicle suspension systems require good road handling and passenger comfort given
typical terrain irregularities. Active suspension control meets these requirements by isolating …

This paper proposes a robust guaranteed-cost controller for a half-vehicle active suspension
system (HVASS) where the controller is subject to stochastic gain fluctuations. This randomly …

To improve the street managing and passenger comfort of a vehicle, a suspension system is
furnished. An active suspension device is considered to be better than the passive …

The suspension system design has been one of the most challenging tasks for engineers
due to the importance of its role in reducing the road vibrations transmitted to the vehicle …

Electric wheelchair is one of the equipment to be used by the incapacitated and disable
people. Constant exposure to vibration affects human comfort and health. Reducing the …