And it explains the procedure of a GPS receiver development on the whole, gives a blue print of how to develop a software GPS receiver.
从整体上阐述了GPS接收机的丌发过程，提供了一种软件GPS接收机的开发方案。
According to the practical application background, a new and high-sensitivity acquisition method of software GPS receiver is proposed based on ingenious differentially coherent integration.
面向GPS软件接收机高灵敏度捕获应用，提出了一种新的基于简易差分相干积累的高灵敏度捕获算法。
In this paper, we discussed the frequency do - main correlation acquisition algorithm in GPS software receiver.
本文从GPS软件接收机的角度讨论了GPS频域相关捕获算法。
The paper analysis basic theorem of DLL in GPS receiver, simulate DLL using SPW software on SUN workstation, the model of each module and simulation result is presented.
该文分析了GPS接收机中dll的基本原理，利用交互式仿真平台SPW在SUN工作站上实现了DLL仿真，给出了各模块模型和仿真结果。
This thesis briefly describes constitute of the GPS system, analysis the GPS signal structure, introduces the hardware receiver and the software receiver, analysis the work principle of receiver.
本论文首先简要阐述了GPS系统的组成，分析了GPS信号的结构，对硬件接收机和软件接收机进行了介绍，分析了接收机的工作原理。
GPS data processing is an important part of GPS research, it's a quite mature application at present in short-range, the software attached to receiver have been able to meet the needs of most users.
GPS数据处理是GPS研究中的一个重要内容，目前，中短距离的数据处理应用已经比较成熟，接收机的随机附带软件已经能够满足大多数用户的需要。
GPS software receiver systems based on USB2.0 technology are designed in this paper.
本文设计了一种基于USB2.0技术的GPS软件接收机系统。
A software-defined GPS receiver design and development is presented in this thesis, based on the technical approach using GPS IF data collector associated with PC-based positioning software.
该GPS接收机通过一个GPS中频数据采集器与计算机上的定位软件配合使用实现定位功能。
This dissertation studies the acquisition and tracking method in order to improve the performances of positioning in GPS software receiver.
本论文重点对软件GPS接收机中捕获、跟踪方法进行研究，以达到提高接收机定位性能的目的。
The design of this GPS receiver has been realized on the basis of MCU, OEM receiver. The system is discussed in two aspects, software and hardware.
文中从软硬件两个方面介绍了一种基于单片机及OEM接收板等设备而实现的GPS手持接收机系统。
It can be proved that the GPS software receiver in this paper is successful according to comparing the receiver position coordinates to real position coordinates.
由卫星瞬时位置及用户伪距，根据定位方程迭代计算了用户位置，与实际坐标比较证明了软件GPS算法是成功的。
GPS digitized intermediate frequency signal sampler was used to validate the algorithm of acquisition and tracking of software receiver.
采用GPS中频信号采样器采集实际GPS数据，对搜索和跟踪算法进行了验证。
GPS digitized intermediate frequency signal sampler was used to validate the algorithm of acquisition and tracking of software receiver.
采用GPS中频信号采样器采集实际GPS数据，对搜索和跟踪算法进行了验证。
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