航标

介绍LED在航标领域的发展过程及应用前景。

The development process and application prospects of LED in navigation mark field are introduced .

SCADA系统在上海航标区中的应用

Application of SCADA System in Shanghai Navigation Mark Region

营火突然熊熊燃烧起来，看上去就像黑暗中的航标灯。

Camp fires flared like beacons in the dark .

详细分析目前航标灯和航空障碍灯存在的主要问题。

The disadvantages of the Pharos and avigation obstacle lights are analysed in the paper .

Net在网络控制中的应用。浅述航标夹持装置的设计与应用

The application of . Design and application of navigation buoy holding device

一种基于DSP的光伏发电LED航标灯

A Photovoltaic Generated LED Pharos Basing on DSP

远程无线电导航系统航标站利用GPS导航缩短大圆航程的方法

Navaglobe beacon station A Specific Method to Shorten the Great Circle Distance by GPS Navigation

EclipseFoundation已经成为开放源码开发和强大应用程序框架的航标。

The Eclipse Foundation has been a beacon for open source development and powerful application frameworks .

本文设计并实现基于DSP光伏发电LED航标灯系统。

This paper presents the design and implementation of a LED pharos system based on a DSP .

基于嵌入式LINUX的航标遥测遥控终端的开发

The development of remote measurement and control terminal unit for navigation mark based on Embedded Linux

利用FPGA实现基于北斗的航标终端系统

Application of FPGA in a Terminal System of Navigation Mark Based on Compass Navigation Satellite System

双MCU架构航标监控终端的研制

A Design of Pharos Monitor System Based on Double MCUs

基于AIS的航标无线监控系统的应用研究

The Application and Research of AtoN Wireless Monitor System Based on AIS

在第三章提出了如何结合GIS，利用电子江图信息分类编码，来实现航标数据的管理。

In the third chapter , it refers how to realize the navigation data management with electric river map information classification code , combined GIS .

基于MSP430的航标监控终端的实现

Realization on navigation mark monitoring and control terminal based on MSP430

基于SOPC技术的航标灯监控系统的设计及研究

Research and Design of Monitoring System of Navigation Mark Based on SOPC

AIS技术航标应用研究

Study on Application of Automatic Identification System ( AIS ) Technology in Navigation Aids

基于AIS的虚拟航标信息系统

Virtual Aids-to-Navigation information system based on AIS

基于AVR系列单片机的航标船安全报警系统

Navigation-Mark Ship Safety Alarming System Based on AVR MCU

本文以室内移动机器人导航技术为背景，采用鱼眼镜头构建全方位视觉系统，设计了一种基于DSP架构的嵌入式多目标跟踪器，实现对序列点阵航标的识别，跟踪。

In this paper , an embedded multi-objects tracker based on Omni-directional vision system was provided to implement recognition and tracking for the sequential beacons array landmarks .

将GPS获得的位置信息以及传感器获得的航标工作状态通过专线传回，结合GIS技术对航标进行监控。

We collect the information about the position by GPS and the working state of pharos , then we can monitor and control pharos using the technology of GIS .

通过AIS信息21，AIS航标可以将浮标的实际位置直接播发出去。

2 , Using the AIS message 21 , AIS AtoN may broadcast own accurate position in existence .

全面总结了AIS在船舶自动避碰系统、VTS系统、航标3大领域的应用；

Sums up the AIS applications in Shipping Automatic Anti-collision system , VTS system , Aids to Navigation System ;

基于AVR单片机无线网络的航标船安全报警系统包括传感、通信和控制3部份。

The navigation-mark ship safety alarming system based on AVR MCU wireless network includes sensor , communication and control .

这一装置已成功地用于BD系列航标灯用波力发电机组的设计。

The system was successfully used for designing a BD series of wave-activated generators for navigation lighted buoys .

对C/CSiC刹车盘试样的磨损表面形貌及缺陷进行了观察，发现表面磨损质量在航标允许范围内。

The wear quality of friction surfaces for C / C-SiC disks was analyzed finally , and the result indicated that the wear quality was in the range of the aviation standard .

相关设备包括自动无线电航标，激活弹出时，充气救生筏和纳兹7M条生存套件。

Associated equipment includes automatic radio beacon , activated during ejection , inflatable liferaft and NAZ7M survival kit .

与已有的几何位姿估计方法或航标匹配方法不同，该方法不需要人工航标，也不需要准确的环境地图，只需一幅由传统的CCD相机拍摄的图像。

Unlike those reported geometry pose estimation or landmarks matching methods , this approach requires an image taken by a conventional CCD camera but needs neither artificial landmarks nor an accurate map of an indoor environment .

本文系统介绍了自动识别系统（AIS）技术及该项技术在航标自动化方面的应用。

The paper gives a systematic description of the technology of Automatic Identification System ( AIS ) and the application of the technology to automation of navigation aids .

采用PIC单片机，设计实现了对航标当前电压、电流及灯质等状态参数的测量电路，提供了红外接口，输出航标当前状态数据。

Based on Microchip PIC MCU , A pharos system is designed to acquire parameters of the running pharos such as voltage and current of battery and flashing quality .