fuzzyPID2

发送一个开放声音控制（OSC）的信息通过UDP连接 oscsend（美，路径） oscsend（美，路径，类型，arg1的，arg2的,...) oscsedn（美，路径，类型，[参数]） ü= UDP的对象与打开的连接。 路径=路径字符串 =同类型的参数类型的字符串， 支持： 我=整数 f=浮动 商S =串 每组空（忽略相应的参数） 余=脉冲（忽略相应的参数） T=真（忽略相应的参数） F=假（忽略相应的参数） 乙=布尔（不是官方：将参数为T/在F型） 不支持： b=一滴 参数=参数所指定的类型。 示例 ü=的UDP（ 127.0.0.1 ，7488） 的FOPEN（美） oscsend（ü， /测试 ， ifsINBTF ，1，3.14， 您好 ,[],[],虚假,[],[]) fclose（美） 如需关于振荡信息http://opensoundcontrol.org/。(Sends a Open Sound Control (OSC) message through a UDP connection oscsend(u,path) oscsend(u,path,types,arg1,arg2,...) oscsedn(u,path,types,[args]) u = UDP object with open connection. path = path-string types = string with types of arguments, supported: i = integer f = float s = string N = Null (ignores corresponding argument) I = Impulse (ignores corresponding argument) T = True (ignores corresponding argument) F = False (ignores corresponding argument) B = boolean (not official: converts argument to T/F in the type) not supported: b = blob args = arguments as specified by types. EXAMPLE u = udp( 127.0.0.1 ,7488) fopen(u) oscsend(u, /test , ifsINBTF , 1, 3.14, hello ,[],[],false,[],[]) fclose(u) See http://opensoundcontrol.org/ for more information about OSC.)

说明：  粒子滤波算法实现，有效实现粒子滤波算法，可应用于多种研究方向(Particle filter algorithm)

说明：  该程序是在MATLAB中对不敏（无迹）卡尔曼滤波的仿真，有助于目标跟踪与滤波的研究(The program is used to simulate the insensitive (traceless) Kalman filter in MATLAB, which is helpful to the research of target tracking and filtering)

改程序是在时间序列分析中针对加窗函数来处理和估计密度函数系数(Change process is in time series analysis window function for Canada to deal with and the estimated density function coefficients)

关于数字图像处理的PPT，里面包含一些C++，MATLAB实现等等，对于学习数字图像处理非常有帮助(On the digital image processing PPT, contains some c++. MATLAB, and so on, to learn the digital image processing is very helpful )

Reed solomon code BER curve

we developed a toolkit called PriVar, a systematic prioritization pipeline that takes into consideration calling quality of the variants, their predicted functional impact, known connection of the gene to the disease and the number of mutations in a gene, and inference from linkage analysis.

实现FastICA功能，非线性函数分别选取高斯函数，三次函数和正切函数。(Realize FastICA function, non-linear function were selected gaussian function, three function and tangent function.)

使用Matlab开发的自适应均衡器示例，包括LMS、NLMS、RLS等多种算法的实现(An Adoptive Channel Equalizer by Matlab. Including LMS, NLMS, RLS algorithms.)

thèse filtrage ecg, etudes détaillé sur le procédé de filtrage ecg pour élimination du bruit