卫星辅助定位技术在定位的精度、可用性和连续性上受到人们的普遍关注。
Assisted satellite positioning technology is drawing more and more attention currently due to its navigation accuracy, availability and integrity.
介绍了基于基站网络、卫星定位和辅助GPS三种常见的定位技术。
Introduced three common positioning technology, include Cell-ID, satellite positioning and GPS assistant.
而当今可以应用于卫星辅助导航技术的卫星定位系统主要有两个：GPS系统与GALILEO系统。
There are two navigation satellite systems which can be used in this technology: GPS and GALILEO.
微卫星标记在基因组作图、品种鉴定、种质保存、分子标记辅助选择等方面有着广泛的应用。
Microsatullites have already demonstrated to be a powerful tool in genome mapping, variety identification, germplasm conservation and marker-assisted breeding.
该软件可用于军、民用通信卫星的网络管理、辅助决策和系统设计。
To our satisfaction, this kind of software can meet the demands of network management, addeddecision and system design for military as well as civil satellite.
这提供了使用来自卫星的一些数据和链接它与来自手机桅杆数据，得到更快的时间来修正辅助GPS能力。
This provides the assisted-GPS capability that USES some data from the satellites and links it with data from cell phone masts to give a quicker time to fix.
辅助长码直捕的一个最重要的先验信息是时间信息，卫星信号传播时延估计是减少时域搜索范围的一个重要方面。
Time is important information for fast and direct acquisition of military code, and compression of signal's propagation delay time uncertainty is an effective means for it.
大豆的微卫星标记可扩充现有的RFLP图谱，广泛应用于基因型鉴定，基因和QTL分析，分子标记辅助育种和家系分析等。
SSR markers can be expected to complement existing RFLP maps, are useful for genotype identification, gene and QTL analysis, marker assisted selection in breeding and pedigree analysis.
该算法主要应用于辅助式卫星定位接收机的开发和高精度扩频测距等领域。
The method is applicable to assisted SPS receivers and high precision DSSS range acquisition.
根据辅助型接收机能从 辅助网络获取导航电文的特点，提出了一种精简星历和卫星时钟参数辅助算法。
According to the feature that the AGPS(Assisted GPS) receiver can obtain navigation data from assisted network, a new algorithm for assisted Doppler is proposed.
林木的微卫星标记可扩充现有的RFLP、RAPD、AFLP遗传图谱，以及QTL分析，并应用于基因型鉴别，分子标记辅助选择育种。
SSR can be expected to complement existing RFLP, RAPD, AFLP maps, and are useful for genotype identification. gene and QTL analysis, marker assisted selection in breeding and pedigree analysis.
基于卫星轨道可模化、可预测的特性，提出了利用轨道预报得到的多普勒频移来辅助环路跟踪的新方法。
So the method that the Doppler frequency shift which obtained using theforecast approach aids the carrier tracking loop is proposed.
基于卫星轨道可模化、可预测的特性，提出了利用轨道预报得到的多普勒频移来辅助环路跟踪的新方法。
So the method that the Doppler frequency shift which obtained using theforecast approach aids the carrier tracking loop is proposed.
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