本文主要研究压制干扰条件下GPS接收机的捕获与跟踪性能。
This paper focused on analyzing the GPS receiver's acquisition and tracking performance under suppressing interference.
现代雷达系统不仅需要搜索、发现、捕获与跟踪目标，而且需要提取这些目标的详细信息。
Advanced radar systems not only search, detect, capture and track targets, but also gather detailed information from the targets.
通过锁相环捕获与跟踪算法的研究，更为全面的掌握了环路的跟踪特征以及捕获特性本身的缺陷。
And then through the research of acquisition and tracking algorithm in Phase-Locked Loop, we master more of the tracking characteristics, and understand their own deficiencies of the acquisition.
卫星信号的同步包括捕获与跟踪两个过程，同步算法在GPS软件接收机的设计中占有十分重要的地位。
The synchronization of GPS signals plays a key role in the design of GPS software receivers, which consists of two parts called signals' capture and signals' tracking.
为了测试核心模块设计的正确性与有效性，进行了真实采集信号捕获与跟踪结果的验证以及定位精度测试。
In order to test the effectiveness of these modules, actual collection results of signal acquisition, tracking and positioning precision were performed.
提出了两种相干累加时间与累加次数的选取方法并进行了仿真，该方法和仿真结果可作为GNSS系统信号捕获与跟踪过程方案设计的参考依据。
Two methods to chose coherent accumulation time and non-coherent accumulation times are proposed and simulated. The methods and simulation results can be used as a reference in GNSS DE sign.
这意味着与IBM数据服务器的所有交互都要通过IBMdriverfor ODBCandCLI，可以使用CLI跟踪捕获这些交互。
This means that all interactions with IBM data servers will go through IBM driver for ODBC and CLI, and can be captured using the CLI trace.
描述了空间光通信中的捕获、跟踪与瞄准(atp)系统的概念、作用。
The concept and function of Acquisition, Tracking and Pointing (ATP) system in space optical communication are described.
为实现快速捕获与高精度跟踪瞄准，必须提高光电探测器性能、改善结构设计并采用高精度控制技术等。
Improvement of performances of photodetector, design structure and applying control technologies with high accuracy are important for fast acquisition, precision tracking and pointing.
与跟踪中捕获的事件类相关的文本值。
Text value dependent on the event class captured in the trace.
系统按照搜索、捕获、跟踪、记忆跟踪四个状态及其转换运行，以实现运动目标的实时检测与跟踪。
The system is running in the four states to accomplish the detection and tracking of the moving video object.
对整体环路进行仿真，结果表明了该环路能有效地解决载波快速捕获与精确跟踪的问题。
The whole loops is simulated and the simulation results show that the question of fast carrier acquisition and accurately tracking is solved effectively by this loops.
讨论了高动态、低信噪比、长伪码序列扩频信号的伪码捕获、跟踪、载波跟踪与数据解调方法。
The paper discusses the acquisition and tracking of the PN code and the tracking of the carrier in high dynamic range , low SNR and long PN code.
该方法的主要过程是在对抗系统完成捕获、瞄准、跟踪后，由目标投影成像结果，展开作用面的图像分割与识别。
The method could divide and identify the working surface based on the projective images of targets after acquiring, pointing and tracking (APT).
一个与跟踪中捕获的事件类相关的文本值。
一个与跟踪中捕获的事件类相关的文本值。
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