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粒子群算法，用于对物流供应进行最优化的一种数学模型，本例中是设计了十个销售点的模型(Particle swarm algorithm for optimizing the logistics supply a mathematical model, in this case is the design of the 10 model point of sale)

设计数字基带传输系统，利用MATLAB强大的仿真功能，结合其所具有的图形叠加特性，针对余弦滚降最佳接收系统、部分响应系统进行仿真，通过观察仿真眼图、频谱图、功率谱图以及误码率曲线，检测系统的码间串扰和传输质量。(This article designs the digital baseband transmission system, uses the MATLAB formidable simulation function,unifies graphsuperimposition characteristic which it has,we has simulatived optimal reception of characteristic of roll-off and the partial response system,through the observation to simulation of eye pattern,frequency spectrum,power spectrum,bit error rate,detected intersymbol crosstalk and the transmission quality to system.)

code for denoising and restoration using total variation restoration regularization

modulation of transmitted signal

运用粒子群优化算法对ARMA(p,q)模型的阶数进行优化是可行的，且利用优化后的ARMA模型对航空发电机状态趋势进行分析的结果十分准确，与原始数据所表现出的航空发电机状态变化趋势基本一致。经计算，此时分析结果的平均相对误差较小，仅为1.38 ，与优化前构建的ARMA模型相比，平均相对误差降低0.23个百分点，优化效果明显。(Using particle swarm optimization algorithm to optimize the order of the ARMA (p, q) model is feasible, and the use of the results of the ARMA model optimized air generator status trends analysis is very accurate, and the raw data showed aviation the generator status consistent trend. Calculated analysis of the results, the average relative error is small, only 1.38 , compared with the the ARMA model built before optimization, average relative error is reduced by 0.23 percentage points, to optimize the effect is obvious.)

CRYPTOGRAHIC ALGORITHM AES USE TO ENCRYPT THE STRING...........

用MATLAB仿真AD设计中的DNL和INL计算(AD Design using MATLAB simulation of the DNL and INL calculation)

基于Anti-我indupdePID控制 包含M语言和Simulink仿真(I indupdePID Anti-based control language and Simulink simulation contains M)

模拟出一个雷达的线性调频信号的波形，给出其频谱图(Simulate a radar LFM waveform, give its spectrum)

Simple demo of sift from mr Lowe