mxulieall.m

自己编的基于最抖下降法

a1=[1 0 0 1 0 1];
m1=mxulie_test(a1);
a2=[1 0 1 0 0 1];
m2=mxulie_test(a2);
a3=[1 1 0 1 1 1];
m3=mxulie_test(a3);
a4=[1 1 1 0 1 1];
m4=mxulie_test(a4);
a5=[1 1 1 1 0 1];
m5=mxulie_test(a5);
a6=[1 0 1 1 1 1];
m6=mxulie_test(a6);

r12=ccorr(m1,m2);figure(1);plot(r12);
r13=ccorr(m1,m3);figure(2);plot(r13);
r14=ccorr(m1,m4);figure(3);plot(r14);
r15=ccorr(m1,m5);figure(4);plot(r15);
r16=ccorr(m1,m6);figure(5);plot(r16);
r23=ccorr(m2,m3);figure(6);plot(r23);
r24=ccorr(m2,m4);figure(7);plot(r24);
r25=ccorr(m2,m5);figure(8);plot(r25);
r26=ccorr(m2,m6);figure(9);plot(r26);
r34=ccorr(m3,m4);figure(10);plot(r34);
r35=ccorr(m3,m5);figure(11);plot(r35);
r36=ccorr(m3,m6);figure(12);plot(r36);
r45=ccorr(m4,m5);figure(13);plot(r45);
r46=ccorr(m4,m6);figure(14);plot(r46);
r56=ccorr(m5,m6);figure(15);plot(r56);