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Scrosspectrum
- 两序列x(n)和y(n)的交叉谱分析，ol(0:m)频率，tl(0:m)周期，px(0:m)是x(n)的连续功率谱，py(0:m)是y(n)的连续功率谱，pxy(0:m)协谱，qxy(0:m)余谱，rxy(0:m)凝聚谱，cxy(0:m)位相差谱，lxy(0:m)滞后时间长度谱，rxy951(0:m)凝聚谱F-检验的95％置信上限，rxy952(0:m)凝聚谱Goodman-检验的95％置信上限，其中m=[n/2.]。 -two sequences x (n) and y (n) of the
ss_mlsrs
- 用来产生M序列的MATLAB程序，其周期为31位，结合pn.m可生成GOLD序列。-used to produce M sequence MATLAB, cycle 31. combining pn.m GOLD sequences can be generated.
kuopin
- 生成m序列和gold的matlab程序代码，可以作为扩频序列的伪随机序列。-M sequence and gold to generate the matlab program code can be used as spreading sequences of pseudo-random sequence.
BasicWave
- Matlab常用信号产生函数演示实例：编写一个M文件，依次产生均匀分布的随机序列、高斯白噪声随机序列、方波信号序列、三角波信号序列、正弦波信号序列，以及信噪比SNR为10dB的加性高斯白噪声正弦信号。-Matlab commonly used signal generating function demo examples: write a M file, in turn generating uniformly distributed random sequences, Gauss white
17556m_seq
- m序列的matlab实现，m序列的matlab实现-Implementation of m sequences
code_gold
- Gold序列用于导航中的扩频通信，由两个M序列经模二和产生-Gold sequence spread spectrum communication for navigation by two M sequences generated by mode II and
mseries
- 产生任意周期的m序列判断产生序列是不是m序列-Generate arbitrary periodic sequence of m sequences judgment is not m-sequence generated
matlab
- 讲述自适应控制的编译以及M序列的产生的程序以及仿真-About the adaptive program is compiled and M sequences generated control and simulation
M_Gold_spectrum_xcorr
- 根据M序列的性质，我们知道127位M序列需要8级线性移位寄存器。 在该模拟中，分别使用原始多项式D ^ 7 + D ^ 1 + 1和D ^ 7 + D ^ 3 + 1分别生成两个127位M序列，以研究其性质-According to the nature of the M-sequence we know that the 127-bit M-sequence requires 8-level linear shift registers. In this simulation, two 127
m-sequenceaconvolutional-code
- 产生本原多项式为x^4+x+1的m序列；对m序列进行加扰，并作为卷积码的输入序列；对卷积码的输出序列进行维特比解码；再进行解扰，最后计算误码率。-Generating a primitive polynomial of the m-sequence x ^ 4+x+1 for m scramble sequences, and convolutional code as an input sequence convolutional code sequence output Viterbi
pn序列扩频频谱分析(238248)
- 程序包含CDMA所要用到的pn序列以及其他的m序列，gold序列等在CDMA中长用到的地址码序列的产生程序(The program contains the pn sequence to be used by the CDMA and the generation sequence of the address code sequence used in CDMA for other m sequences, gold sequences, etc.)