International audienceThis paper deals with online onboard behavior optimization for an autonomous mobile robot in the scope of the European FP7 Symbrion Project. The work presented here extends the (1+1)-online algorithm introduced in earlier publication. This algorithm is a variation of a famous Evolution Strategies adapted to autonomous robots. In this paper, we address a limitation of this algorithm regarding the ability to perform global search whenever a local optimum is reached. A new implementation of the algorithm, termed (1+1)-restart-online algorithm, is described and implemented within the Symbrion robotic Cortex M3 microcontroller. Results from the experiments show that the new algorithm is able to escape local optima and, as a...
International audienceEmbodied evolutionary robotics is a sub-field of evolutionary robotics that em...
Evolutionary Robotics provide efficient tools and approach to address automatic design of controller...
After reviewing current approaches in Evolutionary Robotics, we point to directions of research that...
International audienceThis paper deals with online onboard behavior optimization for an autonomous m...
Online evolution of behavioural control on real robots is an open-ended approach to autonomous learn...
International audienceThis paper reports on a feasibility study into the evolution of robot controll...
We review recent experiments in evolutionary robotics carried out in dynamic environments and across...
Online evolution of behavioural control on real robots is an open-ended approach to autonomous learn...
Artificial evolution plays an important role in several robotics projects. Most commonly, an evolutio...
Evolutionary Robotics provide efficient tools and approach to address automatic design of controller...
Evolutionary computation techniques have been widely stud-ied to automate the synthesis of behaviour...
International audienceThis paper is concerned with a fixed-size population of autonomous agents faci...
The majority of non-linear systems nowadays are controlled online using rapid PI-controllers with li...
In traditional evolutionary robotics, robot controllers are evolved in a separate design phase prece...
International audienceEmbodied evolutionary robotics is a sub-field of evolutionary robotics that em...
Evolutionary Robotics provide efficient tools and approach to address automatic design of controller...
After reviewing current approaches in Evolutionary Robotics, we point to directions of research that...
International audienceThis paper deals with online onboard behavior optimization for an autonomous m...
Online evolution of behavioural control on real robots is an open-ended approach to autonomous learn...
International audienceThis paper reports on a feasibility study into the evolution of robot controll...
We review recent experiments in evolutionary robotics carried out in dynamic environments and across...
Online evolution of behavioural control on real robots is an open-ended approach to autonomous learn...
Artificial evolution plays an important role in several robotics projects. Most commonly, an evolutio...
Evolutionary Robotics provide efficient tools and approach to address automatic design of controller...
Evolutionary computation techniques have been widely stud-ied to automate the synthesis of behaviour...
International audienceThis paper is concerned with a fixed-size population of autonomous agents faci...
The majority of non-linear systems nowadays are controlled online using rapid PI-controllers with li...
In traditional evolutionary robotics, robot controllers are evolved in a separate design phase prece...
International audienceEmbodied evolutionary robotics is a sub-field of evolutionary robotics that em...
Evolutionary Robotics provide efficient tools and approach to address automatic design of controller...
After reviewing current approaches in Evolutionary Robotics, we point to directions of research that...