MIMO and MISO final plots

[david1412]

I have simulated the MIMO average system distance.

I got this plots . I havent updated the code in the github . I share the plotting here

[david1412]

please check the new plots after some modification based on your comments.

[narahahn]

Would be better to run the simulations for more different values of Omega, about 10?

[david1412]

i have checked till omega 6 .. i will check the omegas till 10 .. to compute the
undersampling ( it took omega= 6)
,critical sampling( omega=4)
and over sampling ( omega=1) i had the results ... beacause the anti-aliasing condition foe the computation i got ( 4.56) ... i will check more ... I hope i reached the state of Art

[narahahn]

I don't mean the value of Omega but the number of simulations you run for different values of Omega. Now you have only 3.

[david1412]

yes i have only 3 and saved the plots to keep in the thesis book ... i checked different values for omega . if i take all the plots in the thesis book .. it is page count will be large ..

apart from upsampling,under,critical ... i will run till and save in the file.

should i keep all the different value for Omega ? ( 1~10) in the thesis

[narahahn]

Three plots will suffice for system distance (phi vs system distance).
But in order to show the change of the average system distance for varying angular speed (Omega vs average system distance), more results would be much better.
It doesn't mean that you should include also the system distance plots.

[david1412]

1 . first point i will keep three plots
2. I will run more tests and keep more results for ( omega vs averages system distance).
3. I understood the point and follow your suggestion.