And what does that prove? The time they send their high-altitude corrected prospective ISS drone/stratellite over a town or state near you?
You can calculate the height of the ISS. I told you I had a way to prove that there is one genuine satellite, i.e. a smaller object which orbits a larger one (in space).
You have to believe the speed they tell you it is traveling in order to calculate the height. You have to believe the height they tell you in order to calculate the speed. Do you see the problems here?
I see the problem, you didn't read the quote I provided. Read it thoroughly, then try again.
I read your calculations several months ago, and like I said, virtually all of them have assumed numbers in them (possibly with the exception of H=H, lol)>
There is only one assumption:
The earth is round. This is for D(earth)=8000 miles, which leads to D(ISS orbit)=2H+8000 miles and O(ISS orbit)=[pi](2H+8000) miles. However, I made a calculation which I hope you have also read, where I calculated that the height of the ISS would be greater on a flat earth (assuming azimuthal flat earth). So this assumption is advantageous for you.
The other one can be measured by you yourself: time for ISS to make one lap around it's orbit. Just download the app which can accurately track the ISS and measure time between it passes over you a first and a second time. This also proves that the app is genuine, and that the ISS does follow the given orbit, as anyone can use it anywhere on earth and see if it will pass over them, and confirm when it does.
If there are any other assumptions, please provide them.