This paper proposes a new algorithm for controlling a formation of multiple autonomous aerial vehicles based on multiple control objectives. The strategy includes using the null space of a Jacobian matrix to achieve the different control objectives in a non-conflicting way. The mission is split into two elementary tasks, with suitable command references generated for each robot. The commands for each task are combined through a hierarchical method by using the projection of commands onto the null space. The incorporation of ground vehicles in the control scheme is also considered, thus extending the proposed scheme for controlling heterogeneous formations. The stability analysis of the control system shows that such a system is asymptotical...
This paper develops a general method of controller design for the formation keeping of multiple auto...
This brief presents a three-layer control architecture for coordinated control of multiple unmanned ...
This paper presents a control architecture for multi-robot systems. The proposed architecture has be...
This paper presents a distributed formation control method for a group of robots. The global objecti...
This work presents a novel hybrid control approach based on null space and consensus algorithms to s...
En este trabajo se presenta un nuevo algoritmo para el control de formación flexible de robots móvil...
Abstract: In this paper a new behavior-based approach to formation control of a multirobot system is...
In this paper a behavioral control framework is developed to control an Unmanned Aerial Vehicle-Mani...
Abstract—In this paper, the experimental validation of a be-havior-based technique for multirobot sy...
A null space behavioral application technique is described in this paper. It deals with the coordina...
A null space behavioral application technique is described in this paper. It deals with the coordina...
This paper presents a three-layer control architecture for coordinated control of multiple aerial ma...
In this paper a behavioral control framework is developed to control an unmanned aerial vehicle-mani...
This paper investigates the development of a new guidance algorithm for a formation of unmanned aeri...
In this paper, we present a mixed-initiative motion control strategy for multiple quadrotor aerial v...
This paper develops a general method of controller design for the formation keeping of multiple auto...
This brief presents a three-layer control architecture for coordinated control of multiple unmanned ...
This paper presents a control architecture for multi-robot systems. The proposed architecture has be...
This paper presents a distributed formation control method for a group of robots. The global objecti...
This work presents a novel hybrid control approach based on null space and consensus algorithms to s...
En este trabajo se presenta un nuevo algoritmo para el control de formación flexible de robots móvil...
Abstract: In this paper a new behavior-based approach to formation control of a multirobot system is...
In this paper a behavioral control framework is developed to control an Unmanned Aerial Vehicle-Mani...
Abstract—In this paper, the experimental validation of a be-havior-based technique for multirobot sy...
A null space behavioral application technique is described in this paper. It deals with the coordina...
A null space behavioral application technique is described in this paper. It deals with the coordina...
This paper presents a three-layer control architecture for coordinated control of multiple aerial ma...
In this paper a behavioral control framework is developed to control an unmanned aerial vehicle-mani...
This paper investigates the development of a new guidance algorithm for a formation of unmanned aeri...
In this paper, we present a mixed-initiative motion control strategy for multiple quadrotor aerial v...
This paper develops a general method of controller design for the formation keeping of multiple auto...
This brief presents a three-layer control architecture for coordinated control of multiple unmanned ...
This paper presents a control architecture for multi-robot systems. The proposed architecture has be...