海事卫星

为了降低功分器损耗，增大Q值，介质基板选取带状线结构，实验结果表明该功分器可应用于海事卫星通信系统中。

In order to reduce the losses and increase the Q , the paper select stripline structure to design power divider . The experimental results show that the power divider can be used in maritime satellite communication system .

实验结果表明，通过海事卫星系统的气象数据传输链路的设计是正确的，并具有一定的价值，同时理论上研究了利用CMMB系统来实现气象数据传输链路，具有一定的参考意义。

The experimental result shows the design of transmitting meteorological information through Inmarsat maritime satellite system link is correct and has a certain value . And the same time prove the theory research about using CMMB system link to transmit meteorological information also has some reference significance .

基于国际海事卫星通信C系统的船岸通信软件平台设计

The Design of Communication Software-Interface Based on INMARSAT-C

海事卫星F系统的MPDS业务及其应用

The Mobile Packet Data Service and Application in Inmarsat Fleet System

在Visualc.NET开发平台上，研制了网络型GMDSS卫星通信系统模拟器软件，包括国际海事卫星通信系统B船站、C船站和F船站，模拟船对船、船对岸日常通信和遇险报警。

The paper developed the software of network distributed GMDSS satellite communication system simulator based on the Visual C # . NET platform , including the ship station of the INMARSAT B 、 C and F system .

系统现有各类遥测站81个，中心站1个，其中，56个遥测站和中心站之间的数据通信采用了海事卫星C（Inmarsat-C）。

The system has eighty-one telemetering stations and one central station . The data communication between fifty-six telemetering stations and the central station is realized by use of the Inmarsat-C satellite .

位于伦敦的国际海事卫星组织（Inmarsat）提供的卫星数据非常关键，但还不足以准确定位失联航班。

Satellite data provided by London-based company Inmarsat have been crucial , but not enough , in the task of pinpointing the plane .

这篇文章介绍了国际海事卫星组织（INMARSAT）航空卫星通信系统的现状，包括系统的组成及其特点；文章还介绍了INMARSAT航空卫星通信系统在世界范围内的应用情况；

The paper describes the components and features of INMARSAT aviation satellite communication system , discusses its recent developments , applications and future trends .

本文简要介绍了国际海事卫星通信系统（INMARSAT），重点对该系统的移动数据通信业务及其应用进行了探讨。

This paper gives a brief introduction on the INMARSAT system with the mobile data communication service of the system and its application being discussed in detail .

本身装备有特殊的仪器的卫星。日本试验系统的海事卫星通信设备

Containing special instruments , Maritime Satellite Communication Equipment of KDD-Experimental System

非常有必要研究国际海事卫星系统。

It is very necessary to research the Inmarsat system .

海事卫星系统在载人航天数据中继的应用

Application of inmarsat in the data relay for manned spacecrafts

统计复用技术在海事卫星系统的应用

Application of Statistic Multiplexing Technique in Inmarsat Satellite Communication System Maritime Concerns

海事卫星通讯地面站频率补偿回路的分析与模拟研究

Analysis and Simulation of a Frequency Compensation Loop in MARISAT Earth Station

该天线同样适用于海事卫星通信低速数据小型终端。

It also applies to small low speed inmarsat terminals .

国际海事卫星备用遇险报警系统海上风险和船舶战争险

INMARSAT back-up distress alerting network marine and war risks

海事卫星船站天线跟踪卫星的模糊控制

The fuzzy control method for INMARSAT ship earth station antenna to track satellite

年国际海事卫星组织公约

Convention on the International Maritime Satellite Organization 1976 1976

海事卫星天线跟踪控制系统软件设计与优化

The Software Design and Optimization for the Maritime Satellite Antenna Tracking Control System

国际海事卫星组织特权和豁免议定书国际海事卫星组织业务协定

Protocol on the Privileges and Immunities of the INMARSAT

一种用于海事卫星通信的微带阵列天线的设计

Design of microstrip array antenna for maritime satellite communication

国际海事卫星地面终端天线阵单元的设计

Design of INMARSAT Ground Terminal Antenna Array Element

GB/T13711-1992国际海事卫星A船舶地球站技术要求

Technical requirements for INMARSAT A ship earth stations

日本试验系统的海事卫星通信设备

Maritime Satellite Communication Equipment of KDD-Experimental System

国际海事卫星系统移动识别码国际生活费事卫星移动号码

International Maritime Satellite Organization Inmarsat mobile number

尽管海事卫星系统能够提供较高的传输带宽，但是费用较为昂贵。

Although the maritime satellite system can provide higher transmission bandwidth , it is very expensive .

国际海事卫星组织-C系统数据报告

Data Report of Inmarsat - C

海事卫星通讯与导航

Maritime satellite communication and navigation

“组织”系指按该公约建立的国际海事卫星组织。

" Organization " means the International Maritime Satellite Organization ( INMARSAT ) established by the Convention .

国际海事卫星组织业务协定

Operating Agreement on INMARSAT