This paper proposes an image-based visual-servoing algorithm that allows for optimal formation control. The proposed distributed controller utilizes visual features of other team members, retrieved from images captured by onboard cameras, to autonomously plan and perform formation acquisition, keeping or reconfiguration maneuvers. The problems of minimization of the control effort is analyzed and the paper proposes an optimal framework for developing controllers that address the issue. The viability of such a technique is explored through numerical simulations
An image-based visual servo control is presented for an Unmanned aerial vehicle (UAV) capable of sta...
This paper presents vision-based control strategies for decentralized stabilization of unmanned vehi...
Abstract—We propose a general solution for the problem of distributed, vision-based formation contro...
This paper proposes an image-based visual-servoing algorithm that allows for optimal formation contr...
This paper describes the design of autopilots and formation control laws and then the simulation set...
International audienceThere are numerous advantages of flying in group over using single robot in mi...
[eng] Formation flying offers space-dependent disciplines such as astrophysics, astrodynamics, and g...
10International audienceAn image-based visual servo control is presented for an Unmanned aerial vehi...
The area of Formation Control has been extensively explored by researchers in recent years. The popu...
The advances in the computational capabilities and in the robustness of the dedicated algorithms are...
Presented at the 43rd IEEE Conference on Decision and Control; December 14-17, 2004; Atlantis, Par...
In the framework of on-orbit proximity operations, small satellites represent an appealing solution ...
Advances in computational capabilities and in the robustness of the dedicated algorithms are suggest...
Abstract — This paper presents vision-based strategies for de-centralized stabilization of unmanned ...
International audienceA unified modeling framework is defined and an image-based visual servoing sch...
An image-based visual servo control is presented for an Unmanned aerial vehicle (UAV) capable of sta...
This paper presents vision-based control strategies for decentralized stabilization of unmanned vehi...
Abstract—We propose a general solution for the problem of distributed, vision-based formation contro...
This paper proposes an image-based visual-servoing algorithm that allows for optimal formation contr...
This paper describes the design of autopilots and formation control laws and then the simulation set...
International audienceThere are numerous advantages of flying in group over using single robot in mi...
[eng] Formation flying offers space-dependent disciplines such as astrophysics, astrodynamics, and g...
10International audienceAn image-based visual servo control is presented for an Unmanned aerial vehi...
The area of Formation Control has been extensively explored by researchers in recent years. The popu...
The advances in the computational capabilities and in the robustness of the dedicated algorithms are...
Presented at the 43rd IEEE Conference on Decision and Control; December 14-17, 2004; Atlantis, Par...
In the framework of on-orbit proximity operations, small satellites represent an appealing solution ...
Advances in computational capabilities and in the robustness of the dedicated algorithms are suggest...
Abstract — This paper presents vision-based strategies for de-centralized stabilization of unmanned ...
International audienceA unified modeling framework is defined and an image-based visual servoing sch...
An image-based visual servo control is presented for an Unmanned aerial vehicle (UAV) capable of sta...
This paper presents vision-based control strategies for decentralized stabilization of unmanned vehi...
Abstract—We propose a general solution for the problem of distributed, vision-based formation contro...