deep space network
英 [diːp speɪs ˈnetwɜːk]
美 [diːp speɪs ˈnetwɜːrk]
深空跟踪网
双语例句
- Using radio antennae, the Deep Space Network was set up for the interplanetary telecommunications.
由多台巨型碟型天线组成的深空网络因此建立，以作行星际的电信往来。 - China to have deep space monitoring network in2016.
我国深空测控网建设步伐加快2016年将全面建成。 - NASA is using the Deep Space Network and the Mars Odyssey orbiter to listen if the rover reawakens.
美国航空航天局正在操作深宇宙通信收集和火星奥德赛号轨道翱翔器听取漫游者是否被再次叫醒。 - Superconducting filter and module for deep space network in China
深空探测用超导滤波器及滤波放大组件 - The fact of exploring outer space has proved deep space network is the vital mainstay of exploring space.
深空探测的事实证明深空通信测控网是空间开发的重要支柱。 - Same Beam Interferometry Instrumentation Technology of American Deep Space Network
美国深空网的同波束干涉测量技术 - This paper summarizes the development of deep space TT C technology of Russia ( and former USSR), and mainly introduces the current structure and technology status of Russia deep space network and the under developed CCSDS compatible TT C equipment.
简单总结了俄罗斯（前苏联）深空测控通信技术的发展过程，主要介绍了俄罗斯深空网目前的组成和技术现状以及正在研制的尽可能符合CCSDS建议的新的深空测控设备。 - Deep Space Network and Its Applications
深空网及其应用 - Research on the Establishing Project for Chinese Deep Space Surveying and Control Network
中国深空测控网建立方案的研究 - Due to long communication delay between target asteroid and base stations and complex mutable dynamic environment of small body, the traditional GNC mode based on deep space network ( DSN) is no more suitable for landing spacecraft on small body.
由于目标小天体和地面站之间存在较长的通汛延迟，加之小天体的动力学环境复杂多变，传统的基于深空网的导航、制导与控制（GNC）模式已不再适合探测器着陆小天体。 - The Current Status and The Future of NASA Deep Space Network
NASA深空网（DSN）的现状及发展趋势 - However, due to poor communication environment in deep space communications, aerospace and information network, disaster relief network environment, the link frequent interruption leading to end-to-end path does not necessarily exist, and the traditional routing protocols cannot work effectively.
但在深空通信、空天信息网络、灾难救援等网络环境下，由于通信环境恶劣，链路频繁中断导致端到端路径不一定存在，传统路由协议无法有效运行。 - A simulation platform specially designed for routing algorithms on the simulator OPNET Modeler is completed according to the deep space network characteristics and available technologies.
然后我们根据深空骨干网的特点和现有技术在OPNETModeler上搭建了一个仿真平台，并在此平台上主要研究骨干网的路由协议。 - In this paper, infrastructures and protocol stack of deep space network are firstly introduced with the applicability of traditional protocols analyzed subsequently.
本文首先系统地介绍了深空骨干网的网络结构以及协议栈，并分析了现有的协议在深空网络的适用性。 - The deep space backbone network has the distinctive characteristics such as very long propagation delay, link asymmetry and intermittent connectivity, hence routing through the backbone network present many challenges that are not presented in traditional networks.
深空骨干网由于具有长时延、非对称性链路、不连续的链路等独有的特点造成了深空网络研究的复杂性。 - The designed scheme has established a solid foundation for the future application of deep space detection, inter-satellite high speed data link, satellite formation and astro network.
该方案为将来的深空探测、星-星高速数据链路、卫星编队和星座组网应用奠定了基础。为进一步验证和优化该系统设计方案，对太赫兹空间通信链路进行了数值仿真。 - It is possible to be in despair even if using maximum antenna apertures and lower receiver noise temperatures such as in Deep Space Network and military communication.
例如深空通信和军事通信中，即使采用最大口径天线和最低噪声温度接收机也可能难以实现信号的有效接收。 - The network architecture which arises in various contexts, such as vehicle network, wildlife monitoring, deep space exploration, rural communication and military battlefield network, is very valuable for both theoretical research and practicability.
这种网络体系结构在车载网络，野生动物追踪，深空探测，乡村通信和军事战场网络等多种网络上有着很强的理论研究和实用价值。