GPSapplicatiob

DSP CMD文件 连接器命令文件，CMD文件编写，CMD文件原理，关于DSP中CMD文件的解释，包含3个文件，对cmd介绍相当详细(DSP CMD file the linker command file, CMD document preparation, CMD file principle, on the interpretation of DSP in the CMD file that contains 3 files, very detailed description of cmd)

捷联惯导和GPS组合导航程序，包含初始对准和滤波算法(SINS and GPS navigation program, including the initial alignment and filtering algorithms)

GPS坐标转换软件与源程序 支持世界上大多数坐标框架下，大地坐标空间直角坐标以及平面投影坐标（UTM、高斯）等的相互转换(GPS coordinate conversion software with source code to support most of the world)

將經緯度資料轉換為AIS之AIVDM的NMEA語句，並輸出至串列埠。(Arduino program for translate Latitude and Longitude data into AIVDM NMEA phrase.)

基于matlab的GUI的GPS捕获，跟踪，及PVT解算程序(The GPS-based GUI matlab for acquisition, tracking, and PVT solver)

GPS客户端源代码程序，可以实现很多功能，想学习的朋友可以入手。(GPS client source code, can achieve a lot of features, like friends can learn to start.)

本书面向应用与编程设计、在参考国内外论著的基础上，结合作者自己的研究成果撰写。内容上由浅人深，第一章介绍了GNSS软件接收机的研究背景和各种卫星导航系统。第二章介绍了信号处理的一些相关概念。第三章介绍了卫星运动的基本理论。第四章研究GNSS信号，包括伪随机码信号、导航电文，着重以GPS和Galileo系统为例进行讨论。第五章研究了GNSS接收机的前端技术，包括天线和信号下变频原理。第六章探讨卫星信号的捕获技术。第七章讨论卫星信号的跟踪、解调和伪距计算。第八章探讨导航定位解算方法。第九章简要介绍了GNSS干扰和抗干扰技术。第十章为实用编程实践。 　　本书结合最新的有关研究成果，以便读者能参考本书获得较全面的知识。当然，也不可能面面俱到，读者在阅读本书时，需要有数字信号处理、自动控制以及卫星导航的相关知识。给出了Matlab源程序以及c++源程序，可帮助相关研究人员加快研究进度。(Book oriented programming and application design, in reference to domestic and international works on the basis of research results, combined with the author s own writing. Content from the shallow people deep, the first chapter introduces the research background of GNSS software receiver and satellite navigation system. The second chapter introduces some related concepts of signal processing. The third chapter introduces the basic theory of satellite motion. The fourth chapter studies of GNSS signaling, including pseudo random code signal, the navigation message, focused on the GPS and Galileo system as an example to discuss. The fifth chapter studies the GNSS receiver front end technology, including an antenna and a signal conversion principle. The sixth chapter discusses the satellite signal acquisition technology. The seventh chapter discusses the satellite signal tracking, demodulation and pseudo distance calculation. The eighth chapter discusses the navigation positioning solutio)

差分GPS整周模糊度的的经典解算算法——LAMBDA算法及基线的实时解算(Classic Differential GPS ambiguity of the solver algorithm and real-time solution algorithm LAMBDA baseline count)

说明：  本篇文章主要介绍了关于GPS c 语言编写程序( this article introduce a global positioning system c Language program)

c#开发，用于接收远程gprs模块发送来的数据，安装于服务器端，可用于gps数据是采集。(c# development, for receiving the data sent to remote gprs module, installed on the server side)