代码搜索结果

p(1.0+j1.0)=-7.0000000 +j 6.0000000

p(0.60,-1.30)= 3.966554e+01

P(-1.00, 0.50, -10.00)=0.00000e+00 P(-1.00, 0.50, -5.00)=6.10623e-16 P(-1.00, 0.50, 0.00)=9.77250e-01 P(-1.00, 0.50, 5.00)=1.00000e+00 P(-1.00, 0.50, 10.00)=1.00000e+00 P(3.00, 15.00, -10.00)=1

P(3.50, 2, 3)=1.38025e-01 P(9.00, 2, 3)=5.02706e-02 P(3.50, 5, 10)=3.57164e-02 P(9.00, 5, 10)=1.68888e-03

P(0.50, 1)=2.73989e-01 P(5.00, 1)=8.75927e-01 P(0.50, 2)=3.11108e-01 P(5.00, 2)=9.63219e-01 P(0.50, 3)=3.25943e-01 P(5.00, 3)=9.85174e-01 P(0.50, 4)=3.33855e-01 P(5.00, 4)=9.92855e-01 P(0.50

P(0.50, 1)=5.20500e-01 P(5.00, 1)=9.74653e-01 P(0.50, 2)=2.21197e-01 P(5.00, 2)=9.17916e-01 P(0.50, 3)=8.11086e-02 P(5.00, 3)=8.28203e-01 P(0.50, 4)=2.64988e-02 P(5.00, 4)=7.12695e-01 P(0.50

p( 0)=9.94594e-01 p( 1)=9.95683e-01 p( 2)=5.42974e-01 p( 3)=1.79518e-01 MAX(p-f)=5.51304e-03

P=rand(2,4); for i=1:4, P(:,i)=P(:,i)./sum(P(:,i)); end; for i=1:4, P2(:,i)=reshape(P(:,i)*P(:,i)',4,1); end; hmm1.P=P2; hmm1.K=4; N=4096; hmm1.Pi=ones(1,hmm1.K)./hmm1.K; hmm1.obsmodel='Gauss'; hmm1.

// After programming the flash, the commands written below will be executed

// At startup the commands written below will be executed