Receding horizon control (RHC), also known as model predictive control (MPC), is a general
purpose control scheme that involves repeatedly solving a constrained optimization …

This paper concerns the study of the optimal performance computation of a semi-active
suspension evaluated in terms of comfort and handling performances. To this aim the semi …

The paper presents an extension of the mixed Sky-hook and ADD to Magneto-Rheological
dampers. Firstly, a semi-active automotive suspension equipped with a nonlinear Magneto …

Explicit model predictive control (MPC) enhances application of MPC to areas where the fast
online computation of the control signal is crucial, such as in aircraft or vehicle control …

This paper is devoted to the design of a novel semi-active comfort-oriented control strategy
based on the “half-car” modeling of the vehicle. The half car model is an effective description …

This article applies three different control techniques to the design of a quarter-car
semiactive suspension system. The three techniques, originally developed to solve a …

Many modern structural control devices for earthquake engineering applications are
essentially passive devices with adaptive parameters. Semiactive and regenerative forcing …

This paper studies the improvement obtained by taking driving cycle predictions into account
in the power management control of a Fuel Cell hybrid vehicle (FCHV). The objective is to …

In this paper, an H∞-observer to be used in suspension control application is addressed to
estimate a quarter car model equipped with an industrial SOBEN damper, using a reduced …

This paper presents a simulation-based study of the performance achievable by a
continuously variable electro-hydraulic semi-active suspension system. By applying state-of …