Passive Autonomous Acoustic Monitoring of Marine Mammals: System Development Using Seaglider (Trademark)

This award was the second to APL-UW under ONR s Passive Autonomous Acoustic Monitoring (PAAM) program. It was intended to further develop the Seaglider PAAM system in various ways: redesigned hardware to improve computational and data storage efficiency, multiple hydrophones for enhanced detection a...

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description This award was the second to APL-UW under ONR s Passive Autonomous Acoustic Monitoring (PAAM) program. It was intended to further develop the Seaglider PAAM system in various ways: redesigned hardware to improve computational and data storage efficiency, multiple hydrophones for enhanced detection and localization, and, in collaboration with colleagues at Oregon State University, improved detection and localization algorithms. A new electronics board was designed and built, with additional CPLDs and a bank of eight microSD cards for data storage. Software upgrades were written to enable long-duration (multi-month) missions. Survey missions became a high priority, particularly in remote U.S. Navy operating areas. Paths were established so that the Seaglider/PAAM system could be made available to other researchers. The original document contains color images.
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source DTIC Technical Reports
subjects ACOUSTIC DETECTION
Acoustic Detection and Detectors
ALGORITHMS
AQUATIC ANIMALS
Biological Oceanography
COMPUTER PROGRAMS
DATA STORAGE SYSTEMS
EFFICIENCY
ELECTRONICS BOARDS
LOCALIZATION
MARINE MAMMALS
MONITORING
PAAM(PASSIVE AUTONOMOUS ACOUSTIC MONITORING)
PASSIVE SYSTEMS
SEAGLIDER PAAM SYSTEM
title Passive Autonomous Acoustic Monitoring of Marine Mammals: System Development Using Seaglider (Trademark)
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