pharos

On Pharos stood the famous lighthouse , one of the " seven wonders of the world " .

在法罗斯岛上矗立着被称为古代世界七大奇观之一的灯塔。

A causeway connected the offshore island of Pharos with the port , creating a large western harbour and an adequate , safer one to the east .

在亚历山大和法罗斯岛间有一条堤道连接，这样亚历山大就成了一个巨大的、更安全的通向东方的港口。

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

详细分析目前航标灯和航空障碍灯存在的主要问题。

A Testing Circuit Design for Working State of Pharos

航标灯工作状态检测电路设计

A Design of Pharos Monitor System Based on Double MCUs

双MCU架构航标监控终端的研制

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

本文设计并实现基于DSP光伏发电LED航标灯系统。

Realization and Research on Pharos Remote Sensing and Control System Based on GPS / GIS / VHF

基于GPS/GIS/VHF的航标遥测遥控系统的实现与研究

Pharos is an important aid to navigation for ships .

航标灯是江河与海洋上船只重要的助航标志。

A Photovoltaic Generated LED Pharos Basing on DSP

一种基于DSP的光伏发电LED航标灯

This thesis analyzes the demand of pharos management and researches a radio remote terminal for monitoring the pharos on-line using new technology .

本课题全面分析了航标灯管理维护的要求，结合快速发展的新兴技术，研究了一种对航标灯在线监控的无线远程监控终端系统。

Background monitoring system is composed of YanHua industry control machine and PCI based data boards which guarantees the sampling data reliability and implements the real time pharos calculation .

数据采集系统平台由研华工控机及基于PCI接口的数据板卡组成，实现了可靠的数据采集和实时相量测量。

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 .

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。

The Design and Reality of New Remote Control and Remote Sense Pharos The result of experiment indicates that the system can meet the requirements of navigation light management of river and marine navigation .

新型远程遥控遥测航标灯的设计与实现试验测试结果表明该系统可以满足河海航标灯管理的要求。

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 .

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。

This paper introduces the design principle of a testing circuit for working state of pharos , by testing whether current is changed when the pharos is working , using current sensing circuit , signal transformation circuit and monostable trigger circuit .

通过检测航标灯运行时电源的电流变化，结合电流检测、信号调理、单稳态触发等电路的应用，介绍一种航标灯运行状态检测电路的设计原理。

At last , according to the practice of a real software project , it confirms the process of evolvement development process , illustrating the PHAROS framework basing on TURBINE , and suggests some subdivision assumption from the development of PHAROS .

最后文中结合软件项目开发实践，以自行研发的基于TURBINE的PHAROS框架为例，印证框架开发演化过程，提出PHAROS框架发展的具体细化设想。