In this paper, we present an impedance control method for electro hydraulic servo systems (EHSSs). The definition of impedance is a transfer function from external force to velocity error. By the proposed method, the transfer function from external force to velocity error becomes the desired transfer function. And we calculate the steady-state position and velocity error. Simulation results validate the effectiveness of proposed method and the steady-state position and velocity error
AbstractThis paper studies a nonlinear robust control algorithm of the electro-hydraulic load simula...
Physical human–robot interaction applications requiring safety and compliance characteristics usuall...
The paper deals with the adaptive positioning control of a single-input-single-output electrohydraul...
The demand for high-performance impedance control in electro-hydraulic actuation systems is a mainst...
This paper proposes an efficient Tracking method for velocity control of an electro-hydraulic servo ...
The backdrivable servovalve is a desirable component for force and interaction control of hydraulic ...
Abstract: The objective of this article is to propose a new scheme to control the velocity of an ele...
Electrohydrostatic actuator (EHA) is a type of power-by-wire actuator that is widely implemented in ...
AbstractIn order to solve the uncertainties in the position servo system, caused by servo system wit...
In this paper we present an output feedback nonlinear control for position tracking of electro-hydra...
Electro-hydraulic servo actuator (EHA) system consists of several dynamic parts which are widely use...
Measurement noise, parametric uncertainties, and external disturbances broadly exist in electro-hydr...
Electro-hydraulic system (EHS) consists of several dynamic parts which are widely used in motion co...
This paper studies a nonlinear robust control algorithm of the electro-hydraulic load simulator (EHL...
We present a high gain observer-based nonlinear position control for electro-hydraulic servo systems...
AbstractThis paper studies a nonlinear robust control algorithm of the electro-hydraulic load simula...
Physical human–robot interaction applications requiring safety and compliance characteristics usuall...
The paper deals with the adaptive positioning control of a single-input-single-output electrohydraul...
The demand for high-performance impedance control in electro-hydraulic actuation systems is a mainst...
This paper proposes an efficient Tracking method for velocity control of an electro-hydraulic servo ...
The backdrivable servovalve is a desirable component for force and interaction control of hydraulic ...
Abstract: The objective of this article is to propose a new scheme to control the velocity of an ele...
Electrohydrostatic actuator (EHA) is a type of power-by-wire actuator that is widely implemented in ...
AbstractIn order to solve the uncertainties in the position servo system, caused by servo system wit...
In this paper we present an output feedback nonlinear control for position tracking of electro-hydra...
Electro-hydraulic servo actuator (EHA) system consists of several dynamic parts which are widely use...
Measurement noise, parametric uncertainties, and external disturbances broadly exist in electro-hydr...
Electro-hydraulic system (EHS) consists of several dynamic parts which are widely used in motion co...
This paper studies a nonlinear robust control algorithm of the electro-hydraulic load simulator (EHL...
We present a high gain observer-based nonlinear position control for electro-hydraulic servo systems...
AbstractThis paper studies a nonlinear robust control algorithm of the electro-hydraulic load simula...
Physical human–robot interaction applications requiring safety and compliance characteristics usuall...
The paper deals with the adaptive positioning control of a single-input-single-output electrohydraul...