搜索资源列表
zhangGALILEO
- GALILEO BOC信号自相关函数特性分析-GALILEO signal autocorrelation function analysis
matlab_BOC
- 关于GPS中BOC信号的产生，功率谱密度仿真，自相关函数以及与C/A码的互相关仿真程序。能够有效的对BOC信号的特性进行分析-On the GPS in the BOC signal generation, power spectral density simulation, the autocorrelation function as well as with the C/A code cross-correlation simulation program. Of the BOC can
boc_psd
- boc信号的功率谱绘制程序，以及gps的bpsk信号的功率谱比较。-boc power spectrum drawing program, and the bpsk gps signal power spectrum comparison.
GPS_Test
- Galileo BOC 码产生\捕获\相关仿真结果-Galileo BOC generate acqusition
Figure_scripts
- GPS软件接收机的一些绘图函数。包括：CA码，BOC信号，S曲线，捕获，跟踪等。-some functions for SOFT GPS
BOCjishu01
- 本文详细介绍了GPS测距定位中BOC技术的研究-This paper describes the GPS positioning ranging BOC Technology
grkkgps-0.1.tar
- Source code of GPS receiver / correlator as SDR (software defined radio), later version than kkGPS-0.0.zip already in pudn
QPSK
- autocorrelation of BOC signal
autmus
- auto peogramme en boc
corrmus
- correlateur signal BOC and BO-correlateur signal BOC and BOCC
GALILEOmatlab
- 伽利略信号产生和仿真分析BOC调制及相关特性程序全集-GALILEO Signal generation and simulation analysis
GALILEO-BOC
- 伽利略信号产生和仿真分析书中的全部源代码，包括导航各频段信号产生，测距码程序，以及BOC信号频谱相关特性。另有一另外的BOC信号程序例程~-all code in GALILEO Signal generation and simulation analysis
fdcorr
- Autocorrelation of BOC(m,n)
BOC
- BOC仿真,包括ca码生成及频谱等，不错的资料-BOC
boc
- BOC信号时域、频域生成过程演示，BOC(1,1)\BOC(10,5)\BOC(6,1)\BOC(5,2)-BOC signals in time domain, frequency domain generation process demonstration, BOC (1,1) \ BOC (10,5) \ BOC (6,1) \ BOC (5,2)
BOC
- BOC调制-BOC moduulation
BOC matlab 产生 谱分析 与CA码互相关 (1)
- 用MATLAB实现GPS信号的产生，信号的BOC，以及相关性(Using MATLAB to achieve the GPS signal generation, signal BOC, and correlation)
BOC
- MATLAB仿真，包括CBOC信号产生以及通过锁相环实现信号跟踪，可直接运行！ 接近工程实现思路，可用于fpga实现前功能仿真。((MATLAB simulation, including CBOC signal generation, and through the phase-locked loop to achieve signal tracking, can be directly run.))
work_java_boc_bpsk_gnss
- 对GNSS中的BPSK、BOC两种调制方法进行分析，从其时域表达式、功率谱密度函数表达式出发，分析其性能、对码跟踪精度的影响。(The two modulation methods of BPSK and BOC in GNSS are analyzed. From the expressions of time expressions and power spectral density functions, the performance and code tracking accuracy