benlou

matlab实现一维小区定向信道锁定借用（BDCL）和FCA（固定信道分配）阻塞率比较的仿真程序，并对小区信道数对阻塞率的影响也进行了图形描述！(matlab plot to achieve one-dimensional directional channel locking to use (BDCL) and FCA (fixed channel allocation) Comparison of blocking rates of the simulation program, and the cell number of channels on the blocking probability is also studied in the graphic description!)

说明：  《信号与系统》奥本海姆著，信号分析处理的经典教材，学小波分析必看的基础书(&quot Signals and Systems&quot Oppenheim a, signal analysis and processing of the classic textbooks, school books based on wavelet analysis a must-see)

说明：  actif power filter with inductance and capasitor

simple stap simulation with ICM clutter

fsk的实现程序！很好的。大家看看。 fsk的实现程序！很好的。大家看看。(the realization of the procedure fsk! Very good. Let us take a look. the realization of the procedure fsk! Very good. Let us take a look.)

经典的隐写算法，包括LSB替换和随机LSB匹配。对于实现简单的信息隐藏最常用的方法，具体用matlab实现。(This is LSB steganography, it includes LSB replacement and random LSB matching. it is most common method for information hiding, and it implement with matlab)

线性调频脉冲压缩的Matlab程序,脉冲响应的相关分析算法并检验，计算一维光子晶体的透射特性和反射特性。( LFM pulse compression of the Matlab program, Related impulse response analysis algorithm and inspection, Calculated transmission characteristics and reflection characteristics of the one-dimensional photonic crystals.)

OFDM channel estimator by using matlab codes .......... by harbi01

在：1）理想无噪生条件，2）SNR=10dB，3）SNR=20dB，4）两径衰落信 道{0, 0}、{-6dB，-10symbol}条件下，分别产生 1000 个符号的 QPSK、8PSK、 16QAM 星座点， 画出信号序列的星座图， 提交电子版信号产生、 加噪、 显示的*.m 程序和电子版 WORD 报告。 报告要求给出原理描述、 框图和分析说明输出结果。(In: 1) an ideal noiseless Health conditions, 2) SNR = 10dB, 3) SNR = 20dB, 4) two-path fading channel {0, 0}, {-6dB,-10symbol} under conditions generate 1,000 symbols QPSK, 8PSK, 16QAM constellation points, draw constellation signal sequence, submit an electronic version of the signal, noise, display*. m procedures and electronic WORD report. Reporting requirements given Principles, and the analysis shows a block diagram of the output.)

matlab 代码，利用分步傅里叶方法求解NLSE方程(matlab code, solve the equation NLSE)