代码搜索：quantities
找到约 255 项符合「quantities」的源代码
代码结果 255
www.eeworm.com/read/261324/11654821
m aalms1.m
function[w,y,e,J,w1]=aalms1(x,dn,mu,M)
%function[w,y,e,J,w1]=aalms1(x,dn,mu,M);
%this function provides also the changes of filter coefficients
%versus iterations;
%all quantities are real-value
www.eeworm.com/read/221410/14741746
m aalmssign.m
function[w,y,e,J,w1]=aalmssign(x,dn,mu,M)
%function[w,y,e,J,w1]=aalmssign(x,dn,mu,M);
%all quantities are real-valued;
%x=input data to the filter;dn=desired signal;
%M=order of the filter;
%mu
www.eeworm.com/read/221410/14741753
m aanlms.m
function[w,y,e,J,w1]=aanlms(x,dn,mubar,M,c)
%all quantities are real-valued;
%x=input data to the filter;dn=desired signal;
%M=filter order;c=constant;mu-bar=step-size equivalent;
%x and dn must b
www.eeworm.com/read/221410/14741762
m aanormlmssign.m
function[w,y,e,J,w1]=aanormlmssign(x,dn,mu,M,ep)
%function[w,y,e,J,w1]=aalmssign(x,dn,mu,M,ep);
%all quantities are real-valued;
%x=input data to the filter;dn=desired signal;
%M=order of the fi
www.eeworm.com/read/221410/14741764
m aalms1.m
function[w,y,e,J,w1]=aalms1(x,dn,mu,M)
%function[w,y,e,J,w1]=aalms1(x,dn,mu,M);
%this function provides also the changes of filter coefficients
%versus iterations;
%all quantities are real-value
www.eeworm.com/read/136697/13365552
m l_prod.m
function res=L_prod(s1,s2)
% res=L_prod(s1,s2)
%
% Product of Fuzzy Numbers, s1-s2, in level-set representation.
%
% s1 and s2 are fuzzy quantities defined in terms of alpha-cuts (level sets).
% The
www.eeworm.com/read/198623/7920722
s re.s
/
/
/ re -- comparison of 8-byte quantities
.globl rle8
.globl rlt8
.globl req8
.globl rne8
.globl rge8
.globl rgt8
rlt8:
jsr pc,compar
blt one
br zero
rle8:
jsr pc,compar
ble one
br zero
re
www.eeworm.com/read/136697/13365358
m l_add.m
function res=L_add(s1,s2)
% res=L_add(s1,s2)
%
% Addition of Fuzzy Numbers, s1+s2, in level-set representation.
%
% s1 and s2 are fuzzy quantities defined in terms of alpha-cuts (level sets).
% The f
www.eeworm.com/read/136697/13365385
m l_sub.m
function res=L_sub(s1,s2)
% res=L_sub(s1,s2)
%
% Subtraction of Fuzzy Numbers, s1-s2, in level-set representation.
%
% s1 and s2 are fuzzy quantities defined in terms of alpha-cuts (level sets).
% Th
www.eeworm.com/read/216499/4892959
s re.s
/
/
/ re -- comparison of 8-byte quantities
.globl rle8
.globl rlt8
.globl req8
.globl rne8
.globl rge8
.globl rgt8
rlt8:
jsr pc,compar
blt one
br zero
rle8:
jsr pc,compar
ble one
br zero
re