How to find the correct range of tow?

3 次查看（过去 30 天）
Barry Allen
Barry Allen 2020-3-2
i have created a code for maximum throughput sensing time optimization with duration tow but I need to find the tow which varies from (0,1) . I cant find the incrementation which is done by the system
The graph i obtained is
the graph which I expected
and the program which i used is
clc
close all
PH0=0.4
Pa=10;
y=0.1;
N=3;
yi=[1,2,4];
Pdbar=0.8;
tow=0:0.2:1 %the tow i used
Pi=[2,4,3];
alpha=sqrt((2*y)+1)*qfuncinv(Pdbar);
xy=0
for i =2:N
x=1+((Pi(i)*yi(i))/((1+sum(Pi(i)*yi(3:N)))));
xy=xy+log2(x);
end
d=sum(Pi(2:N)*yi(1))
f=sum(Pi(2:N).*yi(2:N))
beta=xy-(d/(1+f))
fs=100000;
z=1+sum(Pi(2:N).*yi(2:N));
S=(Pa*yi(1))/z;
x1=1-qfunc(alpha+y*sqrt(tow*fs))
y1=log2(1+(tow*S/(1-tow))+beta)
c=x1*y1
R_tow=PH0*(1-tow).*c+beta;
disp(R_tow)
plot(tow,R_tow)
ylim([1,1.7])
the tow value should be find ,should i need to use the optimization toolbox?
How the obtain the smoothened graph?

请先登录，再回答此问题。

回答（0 个）

类别

在 Help Center 和 File Exchange 中查找有关 Get Started with Optimization Toolbox 的更多信息

标签

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Translated by