GREENAR
OPTIMAL ENERGY BALANCING NAVIGATION AND RANGING
The GREENAR project is based on an observation: acoustic sensor networks deployed in underwater or aerial domains are complex, heavy and expensive and have a very narrow potential range of uses.
| Project leader | OSEAN |
|---|---|
| Industrials partners | Cyberio |
| Research partners | Grenoble-INP, CNRS , Université Joseph Fourier, Université Stendhal (GIPSA-LAB) |
| Budget | 1 694 K€ |
| Cofinanceur publics | RAPID DGA / DGCIS |
| Year of labeling | 2010 |
| Year of co-financing | 2011 |
The GREENAR project objective is to completely rethink sensor network technology working in parallel on two issues: the lack of communication standards and the overall optimization of energy consumption. We therefore propose two innovations that complement each other perfectly to achieve a model of sensor networks which are more economical, autonomous, with a wide range of uses with immediate application potential in the field of underwater surveillance and in the census of mammal species on the Red List of threatened species: marine mammals and bats. We expect a reduction in energy consumption by a factor of 10 compared to current state of the art technology and at the same time we offer an innovative standard for sonar network communications.
Autour du pôle
AccesSecurity 2021
-
of
the - Parc Chanot - Marseille
- Événements partenaires
FOWT 2021
-
of
the - Saint - Malo (France)
- Événements du pôle
