代码搜索：minimum
找到约 5,594 项符合「minimum」的源代码
代码结果 5,594
www.eeworm.com/read/165851/10049014
m program_05_4.m
% Program 5_4
% Program to Design Elliptic Lowpass Filter
%
% Read in the filter order, passband edge frequency,
% passband ripple in dB and minimum stopband
% attenuation in dB
colordef black;
www.eeworm.com/read/281000/10273945
cpp fig10_46.cpp
/**
* Compute optimal ordering of matrix multiplication.
* c contains the number of columns for each of the n matrices.
* c[ 0 ] is the number of rows in matrix 1.
* The minimum number of mult
www.eeworm.com/read/424400/10454498
cc mssricc.cc
/*
MssrIcc.cc
implementation of the coclustering algothm for the first problem, H = A - RR'ACC'
in the paper, "Minimum Sum-Squared Residue Co-clustering of Gene Expression Data",
with sm
www.eeworm.com/read/424063/10500774
m fitmagw.m
% function sys = fitmagw(magdata,weight,heading,osysl_g,ord)
%
% FITMAG fits a stable, minimum phase transfer function
% to magnitude data, MAGDATA, with a supplied frequency
% domain weight
www.eeworm.com/read/423552/10550788
m mfbox_mdl.m
function [K,erg,vK]=mfbox_mdl(e,N,gamma,verbose)
%MDL - find number of principal components such that it is optimal
% with respect to the minimum description length
% first in the input come
www.eeworm.com/read/271244/11002041
m envlp.m
function [envx, envm]=envlp(xx)
% The function ENVLP generates an envelope of maximum and minimum points
% of improved data x(n,k), where n is the length of the time series
% and k is the numbe
www.eeworm.com/read/468922/6981906
m mindist_classifier_type_final.m
function j=mindist_classifier_type_final(tst,trn,type)
% This function used to calculate the minimum distance between the testing
% image and the training images using many metrics
% This code is
www.eeworm.com/read/463153/7187182
m pso.m
%% Particle Swarm Optimization Simulation
% Animiation of birds movement of a swarm to get the global minimum solution
%
% Author: Wael Mansour (wael192@yahoo.com)
%
% MSc Student, Electrical En
www.eeworm.com/read/461241/7231193
m calculate_domain_size.m
disp('calculating the number of cells in the problem space');
number_of_spheres = size(spheres,2);
number_of_bricks = size(bricks,2);
% find the minimum and maximum coordinates of a
% box en
www.eeworm.com/read/461235/7231515
m calculate_domain_size.m
disp('calculating the number of cells in the problem space');
number_of_spheres = size(spheres,2);
number_of_bricks = size(bricks,2);
% find the minimum and maximum coordinates of a
% box en