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gpstat-0.2.1
- GPS.显示目前的位置，速度，卫星的位置和信号功率。
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.
ofdm-qpsk-mycreatechannel
- 我们将通过MATLAB仿真在发送平均功率和传输速率相同的情况下，在传输特性为理想的平的和非平(即存在码间干扰)的信道上，对多载波OFDM和单载波QPSK的误码率进行比较。-We will send the average power by MATLAB simulation and the transmission rate in the same circumstances, in the transmission characteristics of the ideal of peace a
33957049WTE
- 阐述了GPS坐标时间序列分析的原理和方法，包括线性拟合、相关函数法、AR（P）模型预测、功率谱、小波谱以及小波熵，通过仿真实验验证了各种方法的优点。-2. The theory and methods of GPS coordinate time series analysis are expounded, including linear fitting, correlation function, AR (P) model prediction, power spectrum, wavele
Cal-of-Correlation-Coefficient
- 阵列天线单元间，接收信号功率谱高斯时，分布互相关系数计算-The calculation of correlation coefficient between two units of the antenna array when the receiving singals power spectrum fits the Gaussian distribution.
tianxianfangxiantu
- 基于功率倒置算法的GPS抗干扰天线方向图的matlab仿真代码-Matlab simulation code based on the power inversion algorithm GPS anti-jamming antenna pattern
GPS_Power
- GPS c/a码功率估计计算例程，相互学习一下-GPS c/a code power the estimated calculation routines, learn about each other
psd_boc
- BOC(1,1)的编码，BOC(1,1)的功率谱密度，可以完美运行，对做BOC编码的人很有用途-BOC (1,1) code, BOC (1,1) power spectral density, can run perfectly on the very people who make use of BOC coding
psd_cboc
- BOC(2,1)的编码，BOC(2,1)的功率谱密度，可以完美运行，对做BOC编码的人很有用途-BOC (2,1) code, BOC (2,1) power spectral density, can run perfectly on the very people who make use of BOC coding
boc_sinboc_cos
- boc_sin 和boc_cos功率谱密度比较-PSD OF boc_sin OF boc_cos
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