Active suspension systems in road vehicles are applied in order to mitigate the road-induced
chassis vertical accelerations more effectively than standard passive suspensions, thus …

The suspension system helps to enhance the ride quality, steering stability, passenger
comfort and NVH. In this paper, using a half car active suspension model with 4 Degrees Of …

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 …

Suspension system of a vehicle is used to minimize the effect of different road disturbances
on ride comfort and to improve the vehicle control. The main objective of this work is to …

This paper addresses the designing of a robust controller for an automatic landing, trajectory
tracking and take-off missions of quadrotor unmanned aerial vehicle (QUAV). This has been …

A new hierarchical control strategy for active hydropneumatic suspension systems is
proposed. This strategy considers the dynamic characteristics of the actuator. The top …

This article focusses on reducing the axis acceleration and minimizing the vertical
displacement by using an air spring actuator and active force control as a main control …

Aerodynamic torque of wind turbine is adjusted by controlling the pitch angle of the blades of
the turbine when the wind speed is higher than rated wind speed. So that, in the recent …

The main problem of vehicle vibration comes from road roughness. For that reason, it is
necessary to control vibration of vehicle's suspension. This paper deals with a comparison …

In this paper, hybrid feed-forward deep neural network and ANFIS framework is developed
to control an active suspension system of half vehicle. The dataset were generated from …