This work concentrates on tracking control of dynamically positioned surface vessels where only position and orientation measurements are available. Specifically, in order to remove the velocity measurement dependency of the control formulation, we designed a nonlinear, model-free observer which enables the observer-controller couple to achieve asymptotic tracking. Stability of the closed-loop system is ensured by Lyapunov-based arguments. Simulation studies are also presented to illustrate the effectiveness of the proposed method
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
Dynamic positioning (DP) systems for ships are usually designed under the assumption that the kinema...
1st American Control Conference, ACC 2013; Washington, DC; United States; 17 June 2013 through 19 Ju...
In this work, we propose an observer-based adaptive output feedback tracking controller for dynamica...
In this work, we propose an observer-based adaptive output feedback tracking controller for dynamica...
In this work, we propose an observer-based adaptive output feedback tracking controller for dynamica...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
Dynamic positioning (DP) systems for ships are usually designed under the assumption that the kinema...
1st American Control Conference, ACC 2013; Washington, DC; United States; 17 June 2013 through 19 Ju...
In this work, we propose an observer-based adaptive output feedback tracking controller for dynamica...
In this work, we propose an observer-based adaptive output feedback tracking controller for dynamica...
In this work, we propose an observer-based adaptive output feedback tracking controller for dynamica...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships with position and orientation measuremen...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
In this paper we consider output feedback tracking of ships withposition and orientation measurement...
Dynamic positioning (DP) systems for ships are usually designed under the assumption that the kinema...