Mobile robots for localizing gas emission sources on landfill sites: is bio-inspiration the way to go?
Victor Hernandez Bennetts - School of Science and Technology
Achim J. Lilienthal, School of Science and Technology
Patrick P. Neumann, BAM
Marco Trincavelli, School of Science and Technology
Patrick P. Neumann, BAM
Marco Trincavelli, School of Science and Technology
(in lingua inglese)
Probably one of the most crucial aspects of research in mobile olfaction is the design of the experiments that enable to study and develop systems for airborne chemical monitoring. A major technical difficulty is that the dispersion of chemicals in natural environments is difficult to observe since most chemicals produce an invisible plume. In a non-artificial environment, the plume evolution is also difficult to predict a priori due to the chaotic dispersal of gas. In this paper we showed results obtained in four experimental scenarios ranging from a closed room to outdoor areas. In the presented experiments different experimental platforms have been used in order to try to minimize the effect of the choice of a specific robotic system on the presented results.
Fonte: Pubblicazione Frontiers in neuroengineering, 2012
Parole chiave: Robot
- PATLITE Europe GmbH
- Consorzio PI Italia