34International audienceThis article reports the first results from a programme of work aimed at developing a swimming robot equipped with electric sense. After having presented the principles of a bio- inspired electric sensor, now working, we will build the models for electrolocation of objects that are suited to this kind of sensor. The produced models are in a compact analytical form in order to be tractable on the onboard computers of the future robot. These models are tested by comparing them with numerical simulations based on the boundary elements method. The results demonstrate the feasibility of the approach and its compatibility with online objects electrolocation, another parallel programme of ours
International audienceThanks to an electro-sensible skin, some species of fish can feel the surround...
International audienceThis article presents different use of the electric field perception in the co...
AbstractThe weakly electric fish Gnathonemus petersii uses active electrolocation for non-visual ori...
34International audienceThis article reports the first results from a programme of work aimed at dev...
This article presents the first results of a work which aims at designing an active sensor inspired ...
International audienceThe paper deals with the modeling of a fish- like robot equipped with the elec...
International audienceThis article presents the first research into designing an active sensor inspi...
AbstractIn the context of the new paradigm of embodied intelligence invoked by both the roboticians ...
International audienceWe present an analytical model of a sensor for the navigation of underwater ve...
Underwater electrosense, manipulating underwater electric field for sensing purpose, is a growing te...
Weakly electric fish use electroreception - the generation and detection of electric currents - to e...
International audienceThanks to an electro-sensible skin, some species of fish can feel the surround...
International audienceThis article presents different use of the electric field perception in the co...
AbstractThe weakly electric fish Gnathonemus petersii uses active electrolocation for non-visual ori...
34International audienceThis article reports the first results from a programme of work aimed at dev...
This article presents the first results of a work which aims at designing an active sensor inspired ...
International audienceThe paper deals with the modeling of a fish- like robot equipped with the elec...
International audienceThis article presents the first research into designing an active sensor inspi...
AbstractIn the context of the new paradigm of embodied intelligence invoked by both the roboticians ...
International audienceWe present an analytical model of a sensor for the navigation of underwater ve...
Underwater electrosense, manipulating underwater electric field for sensing purpose, is a growing te...
Weakly electric fish use electroreception - the generation and detection of electric currents - to e...
International audienceThanks to an electro-sensible skin, some species of fish can feel the surround...
International audienceThis article presents different use of the electric field perception in the co...
AbstractThe weakly electric fish Gnathonemus petersii uses active electrolocation for non-visual ori...