代码搜索:Generates

找到约 10,000 项符合「Generates」的源代码

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m bdt_f527.m

% MATLAB script that generates the probability of error versus the signal to noise ratio initial_snr=0; final_snr=15; snr_step=1; tolerance=1e-7; % Tolerance used for the integration min
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m nmix.m

function [XMix,IMix]=nmix(MI,SIGMA,PP,N) % function [XMix,IMix]=nmix(MI,SIGMA,PP,N) % NMIX generates mixture of the normal distributed random values % which have mean value MI, covariance SIGMA an
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c cokus.c

// This is the ``Mersenne Twister'' random number generator MT19937, which // generates pseudorandom integers uniformly distributed in 0..(2^32 - 1) // starting from any odd seed in 0..(2^32 - 1). Th
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m nmix.m

function [XMix,IMix]=nmix(MI,SIGMA,PP,N) % function [XMix,IMix]=nmix(MI,SIGMA,PP,N) % NMIX generates mixture of the normal distributed random values % which have mean value MI, covariance SIGMA an
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m altes.m

function x=altes(N,fmin,fmax,alpha) ; %ALTES Altes signal in time domain. % X=ALTES(N,FMIN,FMAX,ALPHA) generates the Altes signal in % the time domain. % % N : number of points in time % FMIN
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m fmconst.m

function [y,iflaw] = fmconst(N,fnorm,t0); %FMCONST Signal with constant frequency modulation. % [Y,IFLAW] = FMCONST(N,FNORM,T0) generates a frequency modulation % with a constant frequency fnorm. %
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m anastep.m

function y=anastep(N,ti); %ANASTEP Analytic projection of unit step signal. % Y=ANASTEP(N,TI) generates the analytic projection of a % unit step signal. % % N : number of points. % TI : starting pos
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cpp crsetup.cpp

/* * Cramer-Shoup Public Key Cryptography * * This program generates the common values q, p, g1 and g2 to a file * common.crs * * Requires: big.cpp * * Copyright (c) 1999 Sha
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m fmconst.m

function [y,iflaw] = fmconst(N,fnorm,t0); %FMCONST Signal with constant frequency modulation. % [Y,IFLAW] = FMCONST(N,FNORM,T0) generates a frequency modulation % with a constant frequency fnorm. %
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m anastep.m

function y=anastep(N,ti); %ANASTEP Analytic projection of unit step signal. % Y=ANASTEP(N,TI) generates the analytic projection of a % unit step signal. % % N : number of points. % TI : starting pos