rubber pads / satellite telecommunications capability / pressure measuring systems / software algorithms / modified x-modem protocol / diameter fiberglass / data communications / automatic algorithm / early warning systems / real time / real-time forecasts / real-time tsunameter data stream / hydrogen gas / travel time contours / electronic systems / energy / real-time measurement / Tsunami forecasting technology / tsunami detection algorithm / redundant systems / telecommunications / operational product / system electronics / forecast systems / identical electronic systems / fiberglass / web server / detection algorithm / Real-time monitoring / linear best-fit solution / tsunameter network / oceanographic applications / hazard forecast systems / satellite network / steel / /
NaturalFeature
Pacific Ocean / Ocean Pressure Measurements Tsunamis / Indian Ocean / Rat Island / /
Organization
Harvard / USGS / National Oceanic and Atmospheric Administration / Tsunami Warning Center / Congress / National Data Buoy Center / Resources / Science / and Industry Division / National Tsunami Hazard Mitigation Program / /
Person
Christian Meinig / George Stokes / Neil Baringer / Nat / Abstract / Hugh B. Milburn Oceanographic / Frank González / Scott E. Stalin / Eddie Bernard / Alex I. Nakamura / /
Position
research scientist / Engineer / official / operational product / /
Technology Developments in Real-Time Tsunami Measuring, Monitoring and Forecasting Christian Meinig, Scott E. Stalin, Alex I. Nakamura, Frank González NOAA, Pacific Marine Environmental Laboratory (PMEL) Hugh B. Milburn