Evolution of Seaweb underwater acoustic networking

• Published in: OCEANS 2000 MTS/IEEE Conference and Exhibition. Conference Proceedings (Cat. No.00CH37158) Vol. 3; pp. 2007 - 2017 vol.3
• Main Authors: Rice, J., Creber, B., Fletcher, C., Baxley, P., Rogers, K., McDonald, K., Rees, D., Wolf, M., Merriam, S., Mehio, R., Proakis, J., Scussel, K., Porta, D., Baker, J., Hardiman, J., Green, D.
• Format: Conference Proceeding
• Language: English
• Published: IEEE 2000
• Subjects: Clocks; Communication systems; Hardware; Marine vehicles; Modems; Poles and towers; Sensor phenomena and characterization; Telemetry; Underwater acoustics; Unmanned aerial vehicles
• ISBN: 9780780365513; 0780365518
• DOI: 10.1109/OCEANS.2000.882235

Seaweb '98, Seaweb '99, and Seaweb 2000 begin a series of annual experiments incrementally advancing telesonar underwater acoustic signaling and ranging technology for undersea wireless networks. The constraints imposed by acoustic transmission through shallow water channels have yielded channel-tolerant signaling methods, hybrid multi-user access strategies, novel network topologies, half-duplex handshake protocols, and iterative power-control techniques. Seawebs '98 and '99 respectively included ten and fifteen battery-powered, anchored telesonar nodes organized as noncentralized hi-directional networks. These tests demonstrated the feasibility of battery-powered, wide-area undersea networks linked via radio gateway buoy to the terrestrial internet. Testing involved delivery of remotely sensed data from the sea and remote control from manned command centers ashore and afloat. Seaweb 2000 introduces new telesonar modem hardware and a compact protocol for advanced network development.