资源列表
UM330
- UM330 是全球首款支持全北斗和GPS 的高性能GNSS 模块，多系统多频率高性能SoC 芯片，能够同时支持BD1 S/L、BD2 B1 和GPS L1 三个频点。UM330 外形尺寸紧凑，采用SMT 焊盘，支持标准取放及回流焊接 全自动化集成，尤其适用于低成本、低功耗领域。-UM330 can be used to GNSS、GPS、BD1 S/L、BD2 B1
NTRIPCaster-SourceCode
- 具有GPS NTRIP的server源码，通过网络TCP/IP通信。-GPS NTRIP server source code, through the network TCP/IP communications.
AndroidNTRIPClient-Source
- Android 版的GPS NTRIP协议的客户端源码。通过网络TCP/IP通信。-Android version of the GPS NTRIP protocol client source code. Through the network TCP/IP communication.
tropo
- GPS中所需要的电离层修正模型，该模型可以很好的消除电离层误差，对学习GPS的开发人员有较大帮助。-GPS ionospheric correction model, the model can eliminate the ionospheric error, on learning GPS developers.
generateCAcode
- GPS中C/A码产生函数，该函数可以根据输入的卫星序号，产生系统的32种C/A码。对学习GPS的开发人员有较大帮助。-The GPS C/A code generator function, which can be generated based on the input satellite ID, the system 32 C/A code. On learning GPS developers.
leastSquarePos
- GPS中接收机位置解算函数，该函数使用最小二乘法进行位置解算，对学习GPS的人员具有很好的启发意义。-GPS receiver position solver function, the function uses the method of least squares position solution, learning in the GPS has a good source of inspiration.
Cyuyandaima
- 利用C语言进行GPS网平差的程序设计。包含求逆，矩阵乘积，转置，平差等运算。-failed to translate
Acquisition
- 用C语言实现了GPS导航的捕获功能，调用的实际的数据进行捕获-GPS navigation with C language capture function, called the actual data capture
GPS-Matlab-Simulation
- 本书讲述了全球定位系统GPS的基本原理和概念。具体包括GPS测量原理，GPS的结构和发展历史.GPS伪距定位和载波相位定位的原理GPS中使用的坐标系和时间系统,C/A码的实现原理及载波调制过程，GPS信号捕获和跟踪原理及实现.便携式GPS系统的设计与实现及常用芯片资料等。-This book describes the basic principles and concepts of the Global Positioning System (GPS). Including the struc
two_mod_pvt
- 卫星导航双模定位或者多模定位解算函数，里面有卫星位置和伪距数据，直接可以看到定位解算结果-Satellite navigation ， positioning mode，multi-mode positioning solver，with c language，work on matlab，with the data of satellite position and pseudo-range
Subband_lap
- 雷达带宽合成 合成距离向宽带信号，提高距离向分辨率，并画了图-Distance to the radar bandwidth is synthesized wideband signal synthesis, improve range resolution, and painted figure
TCPnet_SIM900
- SIM900 - the new generation of low cost GSM / GPRS modules of SIMCOM. In developing the module deference to the wishes of consumers modules of previous generations, carefully crafted questions the reliability of embedded software, introduced new powe