Title :
Deep underwater compatible Wi-Fi antenna development
Author :
Mendez, Hector Fabian Guarnizo ; Le Pennec, François ; Gac, Christian ; Person, Christian
Author_Institution :
Marine Geosci. / CTDI, IFREMER, Plouzané, France
Abstract :
In the context of future scientific oceanic observatories, this work concerns the development of a UHF radio antenna compatible with deep underwater transmissions. It aims to allow rapid transmission of large size files and real-time video. The solution under development is based on a radiating excitation isolated from the sea water by a buffer. The system presents several advantages: lack of sensitivity to sea water variability, robustness to axial rotation and to alignment between emitter and receiver, and ease of integration into classic underwater equipment. First measurements on a simple prototype present a bandwidth of 70 MHz around 2.4 GHz, appropriate for Wi-Fi communications.
Keywords :
antennas; data communication; oceanographic equipment; underwater equipment; video communication; wireless LAN; UHF radio antenna; Wi-Fi communication; axial rotation; bandwidth 70 MHz; deep underwater compatible Wi-Fi antenna development; deep underwater transmission; large size file transmission; real time video transmission; scientific oceanic observatories; sea water variability; Antenna measurements; Attenuation; Mathematical model; Resonant frequency; Sea measurements; Transmitting antennas; Underwater Wi-Fi; Underwater antenna; antenna buffer; deep underwater communications; electrical properties of the sea water; oceanic observatory communications;
Conference_Titel :
Wireless Personal Multimedia Communications (WPMC), 2011 14th International Symposium on
Conference_Location :
Brest
Print_ISBN :
978-1-4577-1786-4
Electronic_ISBN :
1347-6890