psoSVM

单元平均恒虚警检测——CA-CFAR检测器：包括对于无目标、仅有噪声的信号进行CA-CFAR检测的仿真，以及对于含目标、且在瑞利杂波背景下的CA算法仿真。一些程序主要是为了绘图，画出CA-CFAR检测过程中的信号波形以及检测门限对比图；而另一些程序是为了计算CA-CFAR检测过程中的检测概率和虚警概率。(CA-CFAR detectors: simulations of detection to signals with no target but noise only, as well as signals with target and the background of Rayleigh clutter. Some programs are aimed at giving pictures of the signals and detectiong threshold in the process of detection using CA-CFAR algorithm, while other programs are aimed at calculating the detecting rate and false alarm rate of CA-CFAR algorithm.)

CAVLC tables generator

本文講述了一個基於FAN4800 連續PFC 前端的雙管正激電源的功率級設計。回顧了這種電源的設計選擇。討論的實際課題包括功 率器件選型，電磁設計，佈局和電磁干擾 (EMI)，目的在於幫助工程師加速並改善其設計。(This article about a front-end based on the FAN4800 PFC consecutive two-transistor forward power stage power supply design. Review this power supply design options. The actual topics discussed include the selection of power devices, electromagnetic design, layout, and electromagnetic interference (EMI), designed to help engineers to speed up and improve its design.)

上传几个关于线阵RLS算法、圆阵LMS算法、矩形波以及SNR的matlab源代码，都可以出图，希望对大家有用！(From a few RLS algorithm on the linear array, circular array LMS algorithm, as well as the SNR of the rectangular wave matlab source code, can be a diagram, useful for all of us hope!)

说明：  《Fuzzy Relational Calculus Toolbox, Rel.1.01》The toolbox provides functions and original algorithms for solving direct and inverse problems. Author: Yordan Kyosev & Ketty Peeva("Fuzzy Relational Calculus Toolbox, Rel.1.01" The toolbox provides functions and original algorithms for solving direct and inverse problems. Author : Yordan Kyosev Ketty Peeva)

这是一种模拟退火的MATLAB的代码有用请下载(if it help,please go ahead)

说明：  时间序列分析模型：本程序的目的是模拟一个ARMA模型，然后进行时频归并。考察归并前后模型的变化。(ARMA)

基于Metropolis-Hastings方法的随机游走模拟(Metropolis-Hastings random walk simulation method based)

流水线模数转换电路输出信号做fft后求SNR,SNDR的matlab程序(matlab fft program for SNR and SNDR of pipelined analog to digital converter（ADC）)

c + + programming to learn a one-stop(c++ programming to learn a one-stop)