DESIGN OF DEEP-SEA ACOUSTIC VECTOR SENSORS FOR UNMANNED PLATFORMS

To meet the critical need for compact, multifunctional acoustic vector sensors on deep-sea unmanned platforms such as acoustic profiling buoys and underwater gliders, we have developed a novel composite resonant acoustic vector sensor capable of large-depth operations.The sensor innovatively integrates the sound luce chandelier pressure channel and

I present a method for developing extensible and modular computational models without sacrificing serial or parallel performance or source code readability.By using a generic simulation cell method I show that it is possible to combine several distinct computational models to run in the same computational grid without requiring modification of exis