Vibration energy harvesting converts renewable energy sources, including wind, ocean
wave, and vibration, into electrical power for micro low-power electronic devices, providing …

In this paper, the performance of a novel power-driven-damper (PDD) and inerter-spring-
damper (ISD) combined suspension system for a quarter-car model is investigated to …

A general framework for fractional signal processing is described and used to derive several
interesting formulations. This scheme is based on the Liouville approach that gave rise to …

Using three actuators for tracking five outputs, rubber-tired gantry (RTG) crane is found to be
a highly under-actuated system subject to random wind due to working outdoors. Applying …

In this paper, an observer-based robust gain-scheduled control scheme is designed for a
semi-active air suspension (SAAS) system subject to uncertainties and external disturbance …

We consider the stability analysis and controller design for a novel active vibration
suppression technique, what we call the fractional-order delayed resonator (FODR), to …

In this paper, through purposely employing beneficial nonlinear stiffness and damping with a
constructed bioinspired reference model, a novel saturated PD with sliding mode control …

In order to reduce vehicle vibration during driving conditions, a fuzzy sliding mode control
strategy (FSMC) for semi-active air suspension based on the magnetorheological (MR) …

The active vibration absorber can eliminate the vibration energy entirely from a primary
system through its anti-resonance effect, which is widely applied to vibration-sensitive …

In order to effectively attenuate the inherent hysteresis nonlinearity of magneto-rheological
(MR) dampers, and achieve precise tracking control of damping force, a cascaded control …