Summary. This paper presents an architecture for multi-robot (MR) systems in which robots exhibit heterogeneousness in terms of autonomous decisional capaci-ties. This architecture enables various configurations of decision distribution among the components of the system, according both to the available decision making ca-pabilities of the robots, and to the operational constraints related to the tasks to be performed. This architecture is instanciated in the context of a multi heterogeneous Unmanned Aerial Vehicles (UAV) project, and in this context, details related to a generic executive (supporting the versatility of the architecture) are provided.
Reconfigurable robots can physically merge and form new types of composite systems. This ability lea...
Context: Robots can potentially collaborate to execute a variety of tasks in the service robots dom...
This paper presents a new architecture for coordinating multiple autonomous robots in the execution ...
International audienceThis chapter depicts an architecture that aims at designing a multi-UAV framew...
This paper presents a generic architecture for the operation of a team of autonomous robots to achie...
Unmanned Aerial Vehicles (UAV) meet a growing interest in the robotics community. They provide a wid...
This paper presents a decisional architecture and the associated algorithms for multi-UAV (Unmanned ...
This thesis contributes to the understanding of the intentional cooperation in multi-robot systems. ...
Cooperative multi-robot systems with distributed decision mechanisms and distributed sensing may be ...
Large number of autonomous robot solutions exists for various missions and domains. These robots are...
Defining autonomy or autonomous capability from the context of a single drone is often the default p...
In this paper a new intelligent control architecture for autonomous multi-robot systems is presented...
To be truly useful, mobile robots need to be fairly autonomous and easy to control. This is especial...
Abstract — In the field of robotics, typical, single-robot sys-tems encounter limits when executing ...
This paper presents an agent-based architecture for a multi-robot system. The proposed architecture ...
Reconfigurable robots can physically merge and form new types of composite systems. This ability lea...
Context: Robots can potentially collaborate to execute a variety of tasks in the service robots dom...
This paper presents a new architecture for coordinating multiple autonomous robots in the execution ...
International audienceThis chapter depicts an architecture that aims at designing a multi-UAV framew...
This paper presents a generic architecture for the operation of a team of autonomous robots to achie...
Unmanned Aerial Vehicles (UAV) meet a growing interest in the robotics community. They provide a wid...
This paper presents a decisional architecture and the associated algorithms for multi-UAV (Unmanned ...
This thesis contributes to the understanding of the intentional cooperation in multi-robot systems. ...
Cooperative multi-robot systems with distributed decision mechanisms and distributed sensing may be ...
Large number of autonomous robot solutions exists for various missions and domains. These robots are...
Defining autonomy or autonomous capability from the context of a single drone is often the default p...
In this paper a new intelligent control architecture for autonomous multi-robot systems is presented...
To be truly useful, mobile robots need to be fairly autonomous and easy to control. This is especial...
Abstract — In the field of robotics, typical, single-robot sys-tems encounter limits when executing ...
This paper presents an agent-based architecture for a multi-robot system. The proposed architecture ...
Reconfigurable robots can physically merge and form new types of composite systems. This ability lea...
Context: Robots can potentially collaborate to execute a variety of tasks in the service robots dom...
This paper presents a new architecture for coordinating multiple autonomous robots in the execution ...