电子海图显示与信息系统 meaning in Chinese
electronic chart display and information system {= ecdis
Examples
- Chapter 1 explains fundamental conception of ecdis and carry out the thesis
第1章介绍电子海图显示与信息系统的概况和本文研究课题的提出。 - This thesis described about two main parts , the route planning in ecdis and the advanced navigation with the help of ecdis
本文主要讨论两部分内容，其一是电子海图显示与信息系统中的航线设计、其二是电子海图显示与信息系统中的最优航法。 - With reference to existent ecdis , we designed new electronic chart applying the technology of net and database . the methods keep the merits of the existent corrective methods and abandon their shortcomings , bring forword the 3 - layer system struction ( expresstion / application / data ) , and be used in the csdl center netstation project , win the high opinion . this dissertation is about the research i have engaged in
本文在电子海图显示与信息系统的基础上，研究基于internet网络和数据库技术的网上电子海图数据传输和电子海图显示及控制的技术方法，提出了(表示层/中间层/数据层)三层体系结构，并应用于现代物流管理中，该技术和方法被用在中海北方物流中心网站项目之中，并获得非常好的效果。 - The paper analyzes the distinct status of various types of electronic chart fitted onboard in comparison with the requirements of electronic chart by solas , and brings forward some suggestions to deal with this situation for maritime regulators , shipping companies and training institutes
摘要结合solas公约时电子海图的要求，对电子海图显示与信息系统进行确切定义，分析了目前船舶配备的各类电于海图系统的不同地位，提出我国海事部门、水道测量部门、航运企业、培训机构应对电子海图配备及早采取措施。 - The content of the thesis include many scientific fields , such as nautical mathematics , apparatus , ship navigate , communication , artificial intelligence , computer graphic , graphic management and so on . the function of route planning and advanced navigation in the system is based on electronic nautical chart . it bring forward the grid model in route planning , during the course of route planning , it provide ways to settle all kinds of instance ; it figures out the best head bearing of the ship with the real time transfer data from navigation apparatus to the system , accomplish the advanced navigation function in ecdis
该系统是在电子海图基础平台上来完成航线设计和最优航法功能的，提出了在电子海图中利用网格模型来进行航线设计的方法，在求取最优航线的过程中，全面综合地考虑了各种可能出现的情况，并逐一解决；最优航行方法中采用实时获取船舶导航仪器传入到系统中的数据，并根据这些数据进行计算，给出船舶当前最佳船艏向，实现基于电子海图显示与信息系统的最优航法。