浮标体是浮标系统的基础。
试验结果表明：ENDECO浮标系统可以用于大洋中测波。
The experimental results show that the ENDECO buoy system can be used to measure waves in the Ocean.
这些浮标的原理是海浪的涨潮和退潮的作用，当海水涨潮或退潮时，“动力起飞系统”就可以利用这些能源推动发电机。
That force is a drive rod up and down which causes it Power Take-off System to turn a Generator inside the buoy.
针对大型海洋资料浮标大数据量传输的要求，在浮标上采用铱星电话数据通信系统传输实时水文气象数据。
According to the requirement of large amount of data communication on large data buoy, the iridium data (communication) system was used to transfer hydrology and meteorology data.
欧洲不是没有海啸预警系统，而这可釉被增加的浮标所加强。
Europe is not without a tsunami warning system and this can be enhanced with additional buoys.
硬件部分采用51系列单片机实现，水下测量浮标通过RS- 485串行口与岸站接收处理系统进行通讯。
Microcontroller of 51 series is applied in the hardware and the underwater buoy communicates with the receiving and processing system of the land station by RS-485 serial interfaces.
欧洲不是没有海啸预警系统，而这可以被增加的浮标所加强。
Europe is not without a tsunami warning system, and this can be enhanced with additional buoys.
为了实现水下载体高精度的定位，GPS声纳浮标需解决两个方面的技术难点：高精度的系统时钟同步和定位信号的高精度时延估计。
As for the high precision positioning of underwater targets, the GPS sonobuoy technique has two bottlenecks: high precision system clock synchronization and high accuracy time delay estimation.
介绍了浮标平面系统中定向传感器的工作原理，结构及使用效果；
This paper describes the working principle, structure and used results of the directional sensor of the buoy platform system.
差分gps水下立体定位系统包括GPS差分基准站、GPS浮标、水下收发机、船基控制中心四部分。
Underwater GPS positioning system includes four parts which are GPS differential reference station, GPS buoy subsystem, underwater pinger, ship-based data processing and control center.
本系统由四个等深度的声纳浮标组成，可以以被动方式探测水下目标，并对目标进行定位。
The passive location system consisting of four buoys with the same depth can detect the targets passively and get the locations of the targets.
介绍新近研发的海上导航浮标（以下简称航标）信息的远程监测系统的软硬件设计整体方案。
A new software and hardware design scheme for remote monitoring of navigation light buoys is presented in this paper.
本文介绍由表面浮标、缆和中间物体组成的综合海洋缆系统动力学特性的二维时域分析方法。
A two-dimensional time domain met hod is presented for the analysis of dynamic behaviour of the ocean cable system in wind, wave and current.
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。
The sonar buoy testing system can emulate signal of underwater sound and detect the operating status and performance of sonar buoy.
针对目前港口航道交通管理的要求，探讨如何利用VTS系统对航道船舶交通和浮标实施有效的安全监控。
Aiming at the requirement of the port channel traffic management, this paper discusses the use of VTS systems for security monitoring of vessel traffic and the channel buoys.
在第四章，介绍了浮标监测系统的电源管理。
In chapter 4, introduce power supply administer of the system.
在大型海洋资料浮标项目中的应用结果表明，该机制可有效提高系统的响应速度和稳定性。
This mechanism has already been achieved, and used in ocean data buoy system successfully. Result shows that it can improve the system response speed and stability.
浮标采集系统主要包括硬件和软件两部分。
海洋浮标与卫星、飞机、调查船、潜水器及声波探测设备一起，组成了现代海洋环境主体监测系统。
Ocean buoys and satellites, aircraft, vessels, vehicles and equipment to detect sound waves to form a modern marine environment of the main monitoring system.
本文在全面分析已有资料的基础上，提出深海大型资料浮标锚旋系统的形式选择、系统布置和各部件设计方法。
On the basis of fully study of existing facts, the form selection, arrangement of the system and the design method of each component for the mooring system of deep sea data buoy were posed.
一种水色高光谱辐射实时观测系统，包括光学系统、控制装置、浮标体和 浮标锚链；
A water-color high spectral radiance real-time monitoring system comprises an optical system, a control device, a buoy body, and a buoy anchor chain.
该系统由浮标分系统、无线数据通信链、显控分系统和目标模拟器等辅助设备组成。
The system consists of buoy subsystem, wireless communication link, display and control subsystem and several auxiliary equipments such as target simulator.
本文报道OS B - 1型近海测波浮标网岸站数据处理系统。
This paper reports the shore station data processing system for OSB-1 Offshore Wave-measuring Buoy Network.
本文报道OS B - 1型近海测波浮标网岸站数据处理系统。
This paper reports the shore station data processing system for OSB-1 Offshore Wave-measuring Buoy Network.
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