代码搜索:MATLAB LMD

找到约 10,000 项符合「MATLAB LMD」的源代码

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htm 基于cpld和单片机的任意波形发生器设计.htm

基于CPLD和单片机的任意波形发生器设计
www.eeworm.com/read/136696/13365567

m modify.m

function [dBp] = modify(dB,W,n) %MODIFY: Consequence Modification: This function produce modified % consequent BMp, based on consequent matrix B and similarity % measure vector W. The meth
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m intonfis.m

function intonfis echo on;clf;clc; % FISMAT: Fuzzy Inference Systems toolbox for MATLAB % (c) Ahmad Lotfi, % Department of Electrical and Computer Engineering % University of Queensland % Brisb
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m very.m

function [dveryA] = very(dA) %VERY: This function operate as a quantifier on matrix of fuzzy values % A, and will returns the membership function related to % 'very A'. % %
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m integral.m

function [I]=integral(A,u) %INTEGRAL: This function returns the integral of matrix of fuzzy value B over % universe V. The integral I is a vector the same number on membership % functions in
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m moreless.m

function [dmoreA] = moreless(dA) %MORELESS: This function operate as a quantifier on matrix of fuzzy values % A, and will returns the membership function related to % 'more_le
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m bell_1.m

function y = bell_1(x, a, b, c) % BELL_1: Generalized bell-shaped membership function with three % parameters a, b, c. (Defaults are 1, 1, and 0 respectively). % %
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m sigmoid.m

function y = sigmoid(x, a, c) %SIGMOID: Sigmoidal membership function with two parameters a and c. % % [Y] = SIGMOID(X, a, c) % % Returns a matrix Y with th
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m quantize.m

function [xq]=quantize(x,q) %QUANTIZE: To quantize the input matrix X with a quantum size Q, this % function can be utilized. (Xq=X+Q/2) % % Xq=QUANTIZE(X,Q) % FISMAT: Fuzzy Infe
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m exm07072_3.m

%exm07072_3.m % 正确演示本文件的前提是:把本文件所在目录设置为当前目录。 clear,clc disp('在当前目录运行绘图。') disp('创建函数句柄') Hy3=@fhzzy fhzzy('line'); disp('按任意键,可继续。') disp('使MATLAB\work成为当前文件夹') pause ss=which(