International audienceThis chapter deals with the integration of different planners that solve problems from different domains in a common context. In particular, a joint solution for structure assembly planning, symbolic task planning and geometric planning is presented and analyzed in the construction of structures with a team of aerial robots equipped with on-board manipulators in places where the access is difficult. Geometric reasoning is present at different levels in our joint solution in order to reduce the computational complexity derived from the highly dimensional space due to the many degrees of freedom of the robots and the complexity of the tasks and also to produce more robust plans even for strongly intricate problems
International audienceIn this paper, we analyze the coordination problem of groups of aerial robots ...
Action planning ability is essential for autonomous behavior of an intelligent machine. In the robot...
In this paper we propose a new and integrated approach to solve planning problems with both symbolic...
International audienceThis chapter deals with the integration of different planners that solve probl...
International audienceWe are combining symbolic and geometric planning to synthesize human-aware pla...
This work addresses the combination of a symbolic hierarchical task network planner and a constraint...
If classical planners are ever to auto-matically plan the actions of the smart machines, particularl...
International audienceWe propose a representation and a planning algorithm able to deal with problem...
It is now well known that while symbolic task planners have been drastically improved to solve more ...
International audienceWe have developed an original planner, aSyMov, that has beenspecially...
Robot manipulation is a challenging task for planning as itinvolves a mixture of symbolic planning a...
Planning for assembly requires reasoning about various tools used by humans, robots, or other automa...
Assembly recipes can elegantly be represented in description logic theories. With such a recipe, the...
Describimos un proyecto de investigación en el cual exploramos la efectividad de una estrategia de i...
Planning, sensing, and task execution are all essential parts of an intelligent robotic assembly sys...
International audienceIn this paper, we analyze the coordination problem of groups of aerial robots ...
Action planning ability is essential for autonomous behavior of an intelligent machine. In the robot...
In this paper we propose a new and integrated approach to solve planning problems with both symbolic...
International audienceThis chapter deals with the integration of different planners that solve probl...
International audienceWe are combining symbolic and geometric planning to synthesize human-aware pla...
This work addresses the combination of a symbolic hierarchical task network planner and a constraint...
If classical planners are ever to auto-matically plan the actions of the smart machines, particularl...
International audienceWe propose a representation and a planning algorithm able to deal with problem...
It is now well known that while symbolic task planners have been drastically improved to solve more ...
International audienceWe have developed an original planner, aSyMov, that has beenspecially...
Robot manipulation is a challenging task for planning as itinvolves a mixture of symbolic planning a...
Planning for assembly requires reasoning about various tools used by humans, robots, or other automa...
Assembly recipes can elegantly be represented in description logic theories. With such a recipe, the...
Describimos un proyecto de investigación en el cual exploramos la efectividad de una estrategia de i...
Planning, sensing, and task execution are all essential parts of an intelligent robotic assembly sys...
International audienceIn this paper, we analyze the coordination problem of groups of aerial robots ...
Action planning ability is essential for autonomous behavior of an intelligent machine. In the robot...
In this paper we propose a new and integrated approach to solve planning problems with both symbolic...