D. BRIZZOLARA

Underwater wireless optical communication has been used for establish a link between mobile vehicles and/or fixed nodes because light, especially in the blue/green region, allows to achieve higher data-rate than acoustical or electromagnetic waves for moderate distances. The here proposed work has the aim to pave the way for diffuse optical...

Underwater wireless optical communication has been used for establishing a link between mobile vehicles and/or fixed nodes because light, especially in the blue/green region, allows to achieve higher data-rate than acoustical or electromagnetic waves for moderate distances. The here proposed work has the aim to pave the way for diffuse optical...

Underwater wireless optical communication has been used for establish a link between mobile vehicles and/or fixed nodes because light, especially in the blue/green region, allows to achieve higher data-rate than acoustical or electromagnetic waves for moderate distances. The here proposed work has the aim to pave the way for diffuse optical...

In this paper the description of hardware modules for managing underwater wireless optical communication is proposed. The modules have been developed for testing purposes considering previous released protocols for optical wireless communication (i.e. IEEE 802.11-IR) and the characteristics of underwater medium and taking into account the...

In the last years with the flourishing of the WSN (wireless sensor network) paradigm, ignited by DARPA funded UC Berkeley "Smart Dust" project, the monitoring and exploration of the terrestrial enviroment has greatly improved. The acquatic world, which covers more than the 70% of the earth, instead, has been largely unaffected by the WSN...

The aquatic world, which covers more than the 70% of the earth, has been largely unaffected by the WSN revolution (ignited by DARPA funded UC Berkeley "Smart Dust" project) due to the difficulty of transferring most of the knowhow, developed for terrestrial and aerial systems and devices, to their underwater counterparts. Nowadays underwater...