搜索资源列表
gold
- gold序列产生方法的m文件，其中包含m序列的产生，是cdma系统必要的仿真源程序代码！-m-sequence generation method of gold paper, which contains the m sequences and is necessary for cdma system simulation source code!
fftplot
- FFT，即为快速傅氏变换，是离散傅氏变换的快速算法，它是根据离散傅氏变换的奇、偶、虚、实等特性，对离散傅立叶变换的算法进行改进获得的。它对傅氏变换的理论并没有新的发现，但是对于在计算机系统或者说数字系统中应用离散傅立叶变换，可以说是进了一大步。 设x(n)为N项的复数序列，由DFT变换，任一X（m）的计算都需要N次复数乘法和N-1次复数加法，而一次复数乘法等于四次实数乘法和两次实数加法， -FFT, fast Fourier transform which is a discrete fast
Error-correcting_codes_and_its_application
- 在选定的数字基带通信系统中，设计应用分组线性纠错编码，提高系统的可靠性。在发送端利用单片机编程，产生n级(n建议取3) m序列，作为汉明码编码器的输入；同样，在发送端单片机中，编程实现对m序列的纠错编码；接收端利用单片机，编程实现汉明码译码，并还原输出m序列。-The selected digital baseband communication systems, the design application packet linear error-correcting codes, to im
SimulinkDS-CDMA
- 本文应用simulink建立了常用扩频码序列m序列和Gold序列仿真模型，模拟仿真数据与原理分析高度吻合，证明应用simulink进行常用扩频码序列仿真实验的可行性。-In this paper, simulink establish a common spreading code sequence of m sequences and Gold sequences simulation model, simulation data highly consistent with the prin
hanming
- m序列产生，汉明编码，人工加错，自动纠错，译码。m序列和汉明码采用不同时钟。-m sequence generation, Hamming codes, artificial a mistake, automatic error correction, decoding. m sequences and hamming different clock.
goldcode_seq_gen
- Gold code sequence generator Run from editor Debug (F5) JC 4/25/09 Gold code generation can sometimes be confusing and hopefully this m-file will be helpful. The m-file uses two preferred pairs of m-sequences (length 2^n-1) chips long
M-sequence
- 文中用计算机搜索法构造大量不同周期 M 序列样本,运用统计学方法加以分析,指出M 序列的自相关函数最大旁瓣的概率分布类似莱斯分布,对 M 序列的优选有指导性意义。-A large number of M sequences are generated by the computer search method as a swatch. And statistical analysis shows that the statistical probabili ty of i ts maxi
FinalDSIPAPROrdinary
- The DSI method is basically a modified SLM method. The additional aspect of the DSI method is to add M-bits dummy sequences to the original sequence in order to reduce the PAPR. Where, the dummy bits are inserted at the end of the data sequen
goldcode
- generation of gold code using two maximal length (m seq) sequences. first we need to generate two maximal length sequences and then we have to xor those , we get gold code
VARIABLE-LENGTH-M-SEQ
- generation of gold code using two maximal length (m seq) sequences. first we need to generate two maximal length sequences and then we have to xor those , we get gold code
paper2
- A Generalized Construction of OFDM M-QAM Sequences With Low Peak-to-Average Power Ratio