Stevens Passive Acoustic system for surface and underwater threat detection
Stevens Passive Acoustic system for surface and underwater threat detection
复制标题
用于水面和水下威胁检测的史蒂文斯被动声学系统
DOI：
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发表时间：
2013
期刊：
影响因子：
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通讯作者：
M. Tsionskiy
中科院分区：
文献类型：
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作者：
A. Sutin;H. Salloum;Michel Delorme;N. Sedunov;A. Sedunov;M. Tsionskiy
保护国内航运和水边设施免受与水面和水下威胁（船只和潜水员）相关的威胁的能力对于确保海域安全至关重要。史蒂文斯理工学院一直在对无源声学传感器应用进行大量研究和相关现场实验，用于检测、表征和跟踪水面和水下威胁，从而开发了史蒂文斯无源声学检测系统（SPADES）。扩展的潜水员检测测试在罗德岛州纽波特和荷兰登海尔德进行。涉及水面船只的测试在多个地点进行，包括纽约港、迈阿密和圣地亚哥。新泽西州霍帕康湖的声学测试也在受控条件下使用六艘不同的船进行，包括一艘 Panga、一艘 Go Fast 船、一艘摩托艇和一艘安静的电动船。
The ability to safeguard domestic shipping and waterside facilities from threats associated with surface and underwater threats (vessels as well as divers) is critical to ensuring security for the maritime domain. Stevens Institute of Technology has been conducting numerous studies and associated field experiments of passive acoustic sensor applications for the detection, characterization, and tracking of surface and underwater threats, which lead to the development of the Stevens Passive Acoustic Detection System (SPADES). The extended diver detection tests were conducted in Newport, Rhode Island and in Den Helder, The Netherlands. Tests involving surface boats were conducted in various locations, including the New York Harbor, Miami, and San Diego. Acoustic tests in Lake Hopatcong, NJ were also conducted in controlled conditions using six distinct boats, including a Panga, a Go Fast boat, a jet ski, and a quiet electrical boat.