代码搜索：Normalized

找到约 4,216 项符合「Normalized」的源代码

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热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
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m anaask.m

function [y,am]=anaask(N,Ncomp,f0); %ANAASK Amplitude Shift Keying (ASK) signal. % [Y,AM]=ANAASK(N,NCOMP,F0) returns a complex amplitude % modulated signal of normalized frequency F0, with a uniforml
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www.eeworm.com/read/473408/6852107

m getmousepointer.m

function GetMousePointer global handles clc close all hMainFig=figure('name','鼠标捕捉点坐标','number','off','menubar','none',... 'units','normalized','tag','hMainFig'); set(hMainFig,'units','norm
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m start.m

function START %by Bogdan Cristea %e-mail: cristeab@gmail.com %modified 27.10.2001 %tested under Matlab 6.0 %modified 21.07.2005 %tested under Matlab 7.0 %modified 27.08.2005 %extended help
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m attractor.m

function attractor(action) % %Attractor - grafical interface for 2D attractors plotting % % Click "Start" button in order to begin the simulation. % You can stop the simulation at any time by p
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m bicoherence.m

function bicoherence(action) % %Bicoherence - grafical interface for power spectrum and bicoherence ploting % % Click "Start" button in order to begin the simulation. % Using the "New plot" but
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m histogram.m

function histogram(action) % %Histogram - grafical interface for 2D attractors ploting % % Click "Start" button in order to begin the simulation. % Using the "New plot" button a new figure is d
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m timefreq.m

function timefreq(action) %timefreq - time and frequency domain for a chaotic signal % % Click "Start" button in order to begin the simulation. % Using the "New plot" button a new figure is disp
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m bifurcation.m

function bifurcation(action) % %Bifurcation - grafical interface for bifurcation ploting % % Click "Start" button in order to begin the simulation. % You can stop the simulation at any time by
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m c9ex15.m

f = [0 0.2 0.22 0.5 0.52 1]; % Specify f vector m = [1 1 0.4 0.4 0 0]; % Specify amplitude response n = 30; % Define n b = remez(n,f,m);
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www.eeworm.com/read/295657/8147988

m c9ex14.m

f = [0 0.2 0.22 0.5 0.52 1]; % Specify f vector m = [1 1 0.4 0.4 0 0]; % Specify amplitude response n = 10; % Specify order [b,a] = y
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