This paper reviews computational-intelligence-involved approaches in active vehicle
suspension control systems with a focus on the problems raised in practical implementations …

Active suspension system has become an integral part of a passenger vehicle as ride
comfort is now an essential parameter in the performance of a vehicle. The active …

In this paper, fuzzy logic and PD controllers are designed for a multi-degree-of freedom
structure with active tuned mass damper (ATMD) to suppress earthquake-induced …

Since the hydraulic actuating suspension system has nonlinear and time-varying behavior, it
is difficult to establish an accurate model for designing a model-based controller. Here, an …

In this paper, a robust fuzzy sliding-mode controller for active suspensions of a nonlinear
half-car model is introduced. First, a nonchattering sliding-mode control is presented. Then …

In the automotive industry, suspension systems are designed to provide desirable vehicle
ride and handling properties. This paper presents the development of a robust intelligent …

Modeling and control of vehicle suspension system are high noteworthy from safety to
comfort. In this paper, an analytical nonlinear half-vehicle model which is included quadratic …

Since the hydraulic actuating suspension system has nonlinear and time-varying behavior, it
is difficult to establish an accurate dynamic model for a model-based sliding mode control …

Generally, physical systems have certain non-linear and time-varying behaviours and
various uncertainties. It is difficult to establish an appropriate model for controller design …

This paper investigates, a new methodology for non-linear active suspension systems (ASS)
with static output feedback (SOF) control. The nonlinear ASS is represented by a Takagi …