Marine Institute / Boelter Hall / Portland State University / Sea-Tac International Airport / University of Washington / ALOHA Observatory / University of Tokyo / NEPTUNE Regional Cabled Observatory / University of California / UW/APL/OSC Marine Technology Seahurst Observatory / UCLA Joint Institute / Dublin Castle / /
IndustryTerm
underwater network / sustained ocean observing systems / communications network / in-situ underwater sensor network / integrated satellite / smart ocean sensor web architecture / inductive communications / underwater oceanic networks / acoustic communications network protocols / integrated sensor web system / wide-area oceanic network / technology development / Web System Space / communications packets / sensor web data / navigation sensor network infrastructure / autonomous sensor web / real-time communications / software package / satellite networking / satellite modems / communications infrastructure services / energy / sensor web system / real-time data transmission / sensor network infrastructure / wireless sensors / area ocean networks / coherent processing / energy consumption / mobile underwater wireless sensor networks / cabled observatory networks / ocean-observing smart sensor web / modem communications / satellite observations / Internet Protocol / travel time / satellite uplink / acoustic communications performance modeling / telephone line / communications infrastructure / above elements in both hardware / underwater communications / network protocols / satellite missions / communications performance / acoustic imaging / wide area ocean networks / ocean observing sensor web vision / cause communications signal acquisition / sensor network / underwater sensor networking / satellite links / environmental sampling processors / easily-serviced winch systems / tomography systems / semi-closed loop dynamic sensor network / local area network / energy constraints / communications gateways / fixed and mobile systems / wireless connection / hardware/software / signal processing / acoustic modem processing emulation / satellite system / navigation networks / emulation software / underwater sensor networks / acoustic communications performance / aquatic applications / satellite data / integrated acoustic communications / acoustic sensor networks / intermediate satellite station / point-to-point protocol / acoustic communications / acoustic networks / Wireless Commn / real-time control / shows relative travel time increasing / signal processing algorithms / communication network / communications gateway / sensor web / integrated underwater/satellite sensor network science / satellite data telemetry / underwater acoustic communications / sea floor observatory networks / integrated sensor web / cabled seabed networks / involve modeling energy consumption / /
Aquarius mission / office of Naval Research / University of Tokyo / UCLA Joint Institute for Regional Earth System / Portland State University / Portland / Marine Institute / Ocean Surface Topography Mission / University of Washington / Seattle / ROMS / University of Texas / National Science Foundation / NASA Earth Science Technology Office / MIT / Harvard / Woods Hole Oceanographic Institution / University of California / Los Angeles / National Aeronautics and Space Administration / /
Person
Warren L.J. Fox / Sumit Roy / Woods Hole / Initial Seaglider / Andrew Gray / Bruce M. Howe / /
Position
driver / scientist / controller / /
Product
ORION / Satellite / EOS / /
ProgrammingLanguage
DC / /
ProvinceOrState
Hawaii / Washington / California / Texas / /
Technology
point-to-point protocol / Linux / html / real-time clock / environmental sampling processors / flash / acoustic communications network protocols / LAN / broadband / remote sensing / tomography / GPS / pdf / Ethernet / signal processing algorithms / Internet Protocol / simulation / network protocols / /
A Smart Sensor Web for Ocean Observation: System Design, Architecture, and Performance Bruce M. Howe*, Payman Arabshahi*, Warren L.J. Fox*, Sumit Roy†, T. McGinnis*, M.L. Boyd*, Andrew Gray†, Yi Chao‡ * Applied Ph