代码搜索：Matrices

找到约 3,616 项符合「Matrices」的源代码

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www.eeworm.com/read/372034/9524227

asv getrectifiedimage.asv

function [imH0 imH1] = GetRectifiedImage(im0, H0, im1, H1); % GETRECTIFIEDIMAGE Return the rectified image % im0、im1: 图像数据 % H0、H1: the projective transformation matrices % imH0、imH1: 校正后的图像
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www.eeworm.com/read/372034/9524244

m getrectifiedimage.m

function [imH0 imH1] = GetRectifiedImage(im0, H0, im1, H1); % GETRECTIFIEDIMAGE Return the rectified image % im0、im1: 图像数据 % H0、H1: the projective transformation matrices % imH0、imH1: 校正后的图像
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www.eeworm.com/read/203854/7117341

m mod2matmul.m

function out=Mod2MatMul(matr1,matr2) %out=Mod2MatMul(matr1,matr2) %Finds a modulo 2 based matrix product of binary matrices (matr1 & matr2) %Author: Brhanemedhn Tegegne % [r1,c1]=size(matr1);
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www.eeworm.com/read/244247/12876940

m decode.m

function [x_hat, success, k] = decode(f,H,maxiter) % 以下程序针对二进制情况进行处理 % 本程序方法可参照MacMay1999年发表于IEEE TRANSACTIONS.VOL.45.NO.2的 % Good Error-Correcting Codes Based on Very Sparse Matrices % We assum
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www.eeworm.com/read/483110/6609645

m extrude.m

function [ hExtrude,hPlate1,hPlate2 ] = Extrude( x1,x2,h1,h2,dir,closed ) % global xx1 % global xx2 % global xx3 % This Function calculates and return n x 2 matrices of xx1, xx2 and xx3. these will b
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www.eeworm.com/read/250980/12372213

m covariance_intersection.m

function [x,P,a] = covariance_intersection(x1,P1, x2,P2, a) %function [x,P,a] = covariance_intersection(x1,P1, x2,P2, a) % % Inputs: % x1,x2 - mean vectors % P1,P2 - covariance matrices %
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www.eeworm.com/read/231342/14238364

m extrude.m

function [ hExtrude,hPlate1,hPlate2 ] = Extrude( x1,x2,h1,h2,dir,closed ) % global xx1 % global xx2 % global xx3 % This Function calculates and return n x 2 matrices of xx1, xx2 and xx3. these will b
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www.eeworm.com/read/439686/7703053

m fac2let.m

function [A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q,R,S,T,U,V,X,Y,Z]=fac2let(Factors,DimX); %FAC2LET Convert 'Factors' to component matrices % % % [A,B,C]=fac2let(Factors); % [A,B,C,D]=fac2let(Factors
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www.eeworm.com/read/371680/9542001

m homt_ricatticoeff.m

% [T11h, T12h, E21, T22h] = RiccatiCoeff( Q0, A, Nsub) % % Given Q0 and A, set up the coefficient matrices R11, R12, E21, R22 % for the Riccati equation: R22*Y - Y*R11 = -E21 + Y*R12*Y % % Inputs
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www.eeworm.com/read/371680/9542057

m hom_ricatticoeff.m

% [R11, R12, E21, R22] = Hom_RiccatiCoeff( Q0, A, Nsub) % % Given Q0 and A, set up the coefficient matrices R11, R12, E21, R22 % for the Riccati equation: R22*Y - Y*R11 = -E21 + Y*R12*Y % % Input
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