This article introduces the basic architecture and working principles of the wireless digital communication chain system in sonar buoy,analyzes the communication capacity of this system in theory and presents the ocean experiment result of this system.
本文介绍了声纳浮标无线电数字通信链系统的基本结构及工作原理,对系统的通信能力进行了理论分析,并给出了该系统的海试结果。
Wireless data transmission is the primary mode of communication for sonar buoy.
声纳浮标具有体积小、布放灵活等诸多优点,是水声研究和工程应用领域不可或缺的工具。
The sonar buoy testing system can emulate signal of underwater sound and detect the operating status and performance of sonar buoy.
声呐浮标测试系统能够模拟水下声信号,用以检测声呐浮标的工作状态和性能。
commanded active sonobuoy system
指令主动声纳浮标系统
directional radio sonobuoy
定向无线电声纳浮标
ARSB (Anchored Radio Sonobuoy)
锚泊无线电声纳浮标
directional command activated sonobuoy system
定向指令声纳浮筒系统方位指令触发声纳浮标系统
CAMBS (Command Active Multi-Beam Sonobuoy)
指令控制有源多波束声纳浮标
directional commanded active sonobuoy system
定向主动式声纳浮标系统
radio sonobuoy and hydrophone
无线电声纳浮标与水下听音器
Time Delay Precision Measurement Technique Research of GPS Sonobuoy;
GPS声纳浮标延时精确测量技术研究
The sonobuoy permits recording a refraction profile with only one ship.
声纳浮标允许只以一艘船来记录折射剖面。
Research on the Model for Submarines to Evade Passive Sonar Buoys at Expected-Time;
潜艇规避被动声纳浮标阵方法及期望驶离时间
Study on the Method of Passive Sonar Buoys Following Submarine Continuously and the Ability of Orientation
被动声纳浮标阵对潜跟踪方法及定位能力研究
DICASS’s Detection Blind Area and Analysis of Submarine’s Elusion
“迪卡斯”声纳浮标探潜盲区与潜艇的规避分析
Generic term for Sonobuoy Data Display Windows and any data displayed therein regardless of data type.
通用的声纳浮标数据显示窗口以及其它类型的数据显示术语。
Simulation Research about Submarine to Elude Tracking of DICASS by Blind Area
潜艇利用“迪卡斯”声纳浮标盲区规避跟踪仿真研究
fixed acoustic buoy
定声浮标固定音响浮筒
command active sonobuoy system
指令主动声纳浮筒系统
passive advanced sonobuoy
被动式高级声呐浮标
a buoy that can be heard (at night).
(夜晚)可以发出声音被人听见的浮标。
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