依据此方法设计的电子海图系统已被运用到船舶导航中。
An ECDIS using this idea has been applied in ships navigation.
通过在电子海图系统和航海模拟器上的应用，证明了方法的有效性；
The application in electronic chart system and voyage simulator showed the effectiveness of the methods .
针对电子海图系统中关于雷达视频与海图图形实时叠加，提出了叠加的新方法。
Being aimed at radar video overlapping with chart graph of ECDIS, a new method and general interface circuit is presented.
所有的美国海军船只无纸化导航航行均采用诺斯罗普格鲁门公司的VMS作为其电子海图系统。
All U.S. Navy vessels certified for paperless navigation use VMS as their ECDIS?N software application, running on an ECDIS?N certified Northrop Grumman equipment suite.
随着电子海图系统在海船上的普及，有关“ECDIS操作”培训与发证工作已经变得非常急迫。
With the popularization of electronic chart systems on board ships, training and certification in the operation of ECDIS becomes more and more important for navigation safety.
最后，介绍了如何将新的点状符号库应用于现有电子海图系统中，并对应用的效果作了详细的评估。
Finally, how the symbol library is applied is Electronic Chart Displaying and Information System (ECDIS) is introduced and the application results are evaluated in details.
论文的主要工作有：首先，重点研究并制定了电子海图系统与雷达数字批目标信息叠加显示的实施方案。
The main tasks of the paper include: Firstly, it studies and establishes an implementing project of overlay display of the ECDIS and the radar digital batched objects information.
电子海图等软件优势 ：公司海务部门已装配先进的电子海图系统，能够对船舶航线及动态进行实时跟踪监控，极大地保证了船舶的航行安全；
The marine safety department has been equipped with C-MAP Oceanview system, which can monitor ship's route plan and real-time movement, and ultimately guarantee safe navigation.
实现电子海图显示系统中的鹰眼功能。
Fulfill the Eagle Eye function in Electronic Chart Display System.
VMS系统是标准的海军电子海图显示和信息系统(ECDIS - N)，正部署在整个海军的水面舰艇和潜艇舰队。
VMS is the standard naval electronic chart display and information system (ECDIS-N), which is being deployed across the Navy's fleet of surface ships and submarines.
本课题来源于我校研制的某型电子海图显示与信息系统(ECDIS)的二次开发。
This thesis comes from the secondary development of a type of Electronic Chart Display and Information System (ECDIS).
采用电子海图技术建立水上交通事故信息系统，已经成为海上交通管理、事故分析的一个先进有效的技术手段。
It is an advanced, effective technical means for maritime traffic management and accident analysis to establish a maritime accident information system based on electronic chart technology.
本视景系统从真实的电子海图数据中提取海洋地理信息数据库，并根据这些数据库建立海洋地形模型利实体模型库。
In this scene system, Derive ocean geographic information database from actual electronic chart data, and according to these database build ocean terrain and entity model database.
对系统总体结构进行了设计，介绍了电子海图和通信平台。
The total structure of the new system is designed; the electronic chart technology and communication platform is introduced.
针对开发标准化电子海图显示信息系统所需解决的相关问题进行了研究。
The thesis studies some problems about developing standard electronic chart display and information system.
本设计不仅需要分别实现电子海图和雷达图像的显示内容，而且需要完成整个交互界面的设计，通过控件实现系统的各个功能。
The system not only realizes the display of electronic navigation chart and radar images, but needs to complete the design of the interface, achieve the various functions through the control system.
本文提出并建立了一种新的舰船组合导航系统，即基于ECDIS(电子海图)系统的舰船天文导航系统。
New integrated Marine navigation system, the Marine celestial navigation system based on the Electronic Chart Display and Information system (ECDIS), is presented and established in this paper.
本系统实现了较高精度的电子海图与雷达图像实时匹配定位，具备较高的实际应用价值。
This system has realized the high precision real-time matching positioning about electronic chart and radar image in possession of high practical value.
《电子海图桌》系统具有较强数据处理和分析功能，在改正通告图上作业、资料检核和内容编辑等关键过程的处理上具有明显的优势。
Electronic Chart Table has strong tools and it could better satisfy the need of editing and checking, especially in data processing and analysis.
在基于GPS定位技术的电子海图应用系统中，各种坐标体系之间的变换算法是其核心技术之一。
The arithmetic of coordinates transformation is one of the core techniques in the ECDIS electronic chart display and information system based on GPS(global position system).
本文以电子航海图系统开发为工程背景，研究了设计模式在电子海图显示与信息系统中的应用问题。
Taking Electronic Chart Display and Information System (ECDIS) as the background, this paper studies the application of design pattern in ECDIS.
电子海图数据库是电子海图应用系统的基础，它决定电子海图应用系统的功能和性能。
As the basic of electronic chart application system, ECDB decides the function and performance of the system.
本论文选题来源于“ 基于电子海图的航路编辑器系统”。
The thesis stems from the subject of "Navigation Line Editor System of Navy based on ENC".
该系统利用先进的通信技术、信息处理技术和电子海图显示技术，实现了船舶动态的全球、全天候的及时获取。
Using advanced technologies, such as satellite communication, information management and ECDIS, this system could supervise the vessels at anytime and anywhere.
电子海图显示与信息系统(ECDIS)也视作满足本节的海图配备要求。
An electronic chart display and information system (ECDIS) is also accepted as meeting the chart carriage requirements of this subparagraph.
电子海图数据库是电子海图应用系统的基础，它决定了电子海图应用系统的功能和性能。
As the basic of electronic chart application system, ECDB (electronic chart Database) decides the function and performance of the system.
该系统所用的电子航海图数字化资料以该所的电子航海图数据库自动生成系统完成。
The digital information of electronic nautical chart used by this institute is realized by its system of the automatic generation of electronic nautical chart database.
介绍了全球定位系统、航迹舵与简易电子海图的基本原理及正确的使用方法，并研究了这三项新技术的应用前景。
The fundamentals and the correct methods of operation of GPS receiver, NAVPILOT and NAVLINES are introduced and the prospect of making use of these three advanced techniques is discussed.
本船配有电子海图显示与信息系统。
本船配有电子海图显示与信息系统。
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