rdSac

论文仿真原型程序,仿真四种（ZF,ZF-SIC,MMSE,MMSE-SIC） Vblast接收的检测性能，绘制误比特率～信噪比曲线。 发端初始化=============================================================== 发射天线数tx,接收天线数rx,发射矩阵长度L(帧长) ( Paper prototype simulation procedures, simulation of four (ZF, ZF-SIC, MMSE, MMSE-SIC) Vblast detection receiver performance, bit error rate mapping ~ SNR curve. Initialize the originator ============================================= number of transmission antennas ================== tx, a number of receiving antennas rx, fired matrix length L (帧长))

用小波默认阈值法对散斑图进行去噪，还包括用相移法和最小二乘法求相位及去包裹(wavelet denoising used in speckle pattern)

Add pilot symbols to the input data just before transmission 2. Implement cyclic prefix (CP), use 10 of symbol length. Divide the 64 input data points into 8-bit streams, generate and append the CP based on each symbol 3. Include complex noise into transmitted signal Organization of Transmitter end of OFDM System a. Generate Data b. Modulate c. Serial to Parallel d. Cyclic Prefix (CP) e. Add Pilot points f. IFFT g. Parallel to Serial

mean and difference coder(It is a imaging filter.)

二阶双容水位水箱pid控制，非线性控制，运用rk4算法(Second double capacity water tank pid control, nonlinear control, the use of rk4 algorithm)

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 sequence (y). Next, after IFFT, we select the M-DSI sequence having the lowest PAPR.

本压缩包包含了《matlab大全》中所附例子的源文件，非常适合初学者下载对照联系(The archive contains the " matlab bible" in the accompanying examples of source files, ideal for beginners download control contact)

一篇关于，多普勒雷达的文章，我仔细看过，还是可以，我也是做雷达方面的，希望大家又资源共享！！！！！！(It is about PD radar .I think it is very usefull.)

在matlab下实现了z变换，给出了分析、源文件和输出的零极点图(Matlab achieved in the z transform, gives an analysis of the source file and output zero-pole diagram)

Matlab小波去噪程序，原创程序，很完整。(Matlab wavelet denoising procedure, original proceedings, it is complete.)