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simulate the log normal fading process over distance based on the auto correlation model
Xc = 20; ss = .01; y = wgn(1,200*(1/ss)); for i = 1:length(y) x(i) = y(i); for j = 1:i x(i) = x(i)+exp(-(i-j)/Xc)*y(j); e...
simulate the log normal fading process over distance based on the auto correlation model
Xc = 20; ss = .01; y = wgn(1,200*(1/ss)); for i = 1:length(y) x(i) = y(i); for j = 1:i x(i) = x(i)+exp(-(i-j)/Xc)*y(j); e...
oltre 6 anni fa | 0
Risposto
simulate the log normal fading process over distance based on the auto correlation model
Xc = 20; ss = .01; y = wgn(1,200*(1/ss)); for i = 1:length(y) x(i) = y(i); for j = 1:i x(i) = x(i)+exp(-(i-j)/Xc)*y(j); e...
simulate the log normal fading process over distance based on the auto correlation model
Xc = 20; ss = .01; y = wgn(1,200*(1/ss)); for i = 1:length(y) x(i) = y(i); for j = 1:i x(i) = x(i)+exp(-(i-j)/Xc)*y(j); e...
oltre 6 anni fa | 0
