As the operation speed of high-speed train increases, trains with fixed suspension stiffness
will encounter dramatical vibrations, especially when its lateral resonance occurs. This …

Developing a solution to suppress vibration with low energy consumption is an interesting
and significant topic for vehicle suspension. This paper proposes an approximation-free …

This work concentrates on the vibration suppression problem for full-car active suspension
in the presence of multiple actuator faults, velocity measurement errors, full-state constraints …

This article investigates the hybrid event-triggered attack estimation and attack-tolerant
control problem for nonlinear active suspensions under cyber-attacks. First, an interval type …

This article addresses the optimization of a Vehicle Active Suspension System (VASS)
through the application of a Linear Quadratic Regulator (LQR) controller. The primary …

The traditional approach of longitudinal cutting in suspension system simplification
introduces redundant degrees of freedom, leading to increased system errors. This study …

This paper focuses on a novel robust finite-time control for active suspension systems with
external disturbance where the control inputs are naturally bounded by a prior known range …

A suspension system plays an active role in balancing the conflicting requirements of
stability and ride comfort in an automobile. The health of the driver is an important aspect …