通过装有高清摄像头的水下机器人拍摄的超过100个小时的视频与10 万多张照片，通过卫星和高速网络实时传送到地面上。
More than 100 hours of video and 100,000 photographs, captured using a robotic vehicle with high-definition cameras, were piped to shore in real-time by satellite and high-speed Internet.
通过装有高清摄像头的水下机器人拍摄的超过100个小时的视频与10万多张照片，通过卫星和高速网络实时传送到地面上。
More than 100 hours of video and 100, 000 photographs, captured using a robotic vehicle with high-definition cameras, were piped to shore in real-time by satellite and high-speed Internet.
而且，公司还将提供新增的卫星网络带宽和该公司的下一代卫星航空接收器的技术保障与测试。
Also, the company will provide added satellite network bandwidth and technical support and testing of Comtech\'s next-generation satellite aviation transceiver.
在20世纪，无线电信标台与卫星网络让飞机和船舰确定其位置。
In the 20th century, radio beacons and satellite networks allowed aircraft and ships to determine their position.
针对应急通信系统的需求，提出了一种基于卫星传感器网络的应急监测与通信系统。
In order to emergency communication and monitoring system problem, a new and feasible introduced the conception and structure of satellite sensor networks.
针对卫星姿态测量系统的硬件故障，应用人工神经网络进行故障检测与诊断，得到了较为满意的结果。
Artificial neural networks are proposed in this paper, which are used to detect and diagnose faults of hardware for the satellite attitude measurement system. The result is satisfied.
仿真结果表明：与传统的LEO卫星网络组播路由算法相比，该算法具有较低的计算复杂度，生成的组播路由树具有较小的开销。
Simulations show that the computing complexity and the tree cost are lower than the traditional multicast routing algorithm for LEO satellite networks.
卫星综合信息网是卫星通信与传统网络技术融合的必然发展趋势。
Integrated satellite Information network is the way to realize fusion of satellite communication and traditional network technology.
2000年以来，先后与20余个国家、地区和国际组织，300余个卫星网络进行了有效协调。
Since 2000 China has held effective coordination activities on more than 300 satellite networks with more than 20 countries, regions and international organizations.
根据多层卫星星座网络的链路长度与可见性模型，建立了多层卫星网络的数学模型，并据此提出了一种适于多层卫星网络应用的层次路由协议。
According to the models of the link length and visibility for multiple satellite constellations, the multi-layer mathematic model of the satellite network was built in this paper.
通讯：光纤、数字微波、卫星、程控交换、数据与多媒体等多种通信网络覆盖全区。
Telecommunication: a number of telecommunication networks as optical fiber, digital microwave, satellite, program control switching, data and multimedia cover the whole zone.
资源管理与任务管理的应用可以最大限度地利用网络资源，提高用户对卫星网络的使用效率，将管理的层次进一步提升到对于应用的支持上。
Management of resources and task management can utilize the network resources maximally and improve using efficiency of space networks. It makes network management heighten the support to application.
根据所设计的多层卫星网络的星座参数，通过对层间链路几何特性的研究，分析了多层卫星网络中MEO卫星与LEO卫星的连接度性能。
Considering certain constellation parameters, the geometric characteristics of IOLs are described and the connectivity of MEO satellites and LEO satellites in the DLSN is analyzed.
根据所设计的多层卫星网络的星座参数，通过对层间链路几何特性的研究，分析了多层卫星网络中MEO卫星与LEO卫星的连接度性能。
Considering certain constellation parameters, the geometric characteristics of IOLs are described and the connectivity of MEO satellites and LEO satellites in the DLSN is analyzed.
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