'geostationary satellites are stationary relative to the rotation of the earth.' Enough such that any movement does not affect reception.
Why do you not want to tell us information from a broadcaster regarding the location of their transmitter on an airship, plane etc. and the channels broadcast that we assume come from a satellite?
and i have explained, at length, why it is absurd to suppose they can be stationary with respect to anything. Yet again I must ask you to actually pay attention and read.
What information are you looking for? They're not going to make it public knowledge where the balloons etc they claim are satellites really are, are they? If you want me to calculate it, why? I don't have access to the angles of two dishes from sufficiently far away. If it's easy to find out that information, why don't you do so and do the calculations? If the answer is so useful to you, then find it and report back, otherwise you're openly just wasting time.
Your error bars that you mentioned can easily be corrected though. Please do not mistake difficulty with impossibility.
I said: "Now, would you care to explain how a satellite counts as stationary? By definition it needs to be moving around the earth at ungodly speeds. You'd need to get it to the altitude where it's going at exactly the speed of the earth (impossible: the errors bars on ascent, altitude, resistance would add up), and keep it there, and prevent it slowing at all, given how quickly any change would add up. It seems far more realistic to suppose a more manageable system. Even if satellites were a valid option (hint: they're not) they'd be far too unwieldy to use like you're supposing."
Error bars were only one reason: also, by definition, they cannot be corrected for: that's what error bars are, the distance from the expected result. The only way to correct for them constantly would be a near infinite amount of fuel on the satellite.
And the fact is, even if satellites were possible, they wouldn't be used for this: the difficulty in doing so is absurd, for very little gain.
Your hint is incorrect, as they are being used and as for now you cannot give a valid alternative for them. Geostationary orbits have been explained to you before, yet you do not understand them, we get that. They are outside of the atmosphere, hence little or no friction to slow them, they are moving at a speed that matches the Earths spin, how does this work you say, well if it is moving fast enough in one direction with pretty much zero friction then it will continue to move at that speed. It is also being pulled towards the Earth by gravity, but with the speed it is traveling somewhat perpendicular to the Earth, it basically falls around the Earth. It is only achievable above the equator since it is orbiting in the same direction as the Earth is spinning (geostationary that is).
I would love to see your reasons why this is not achievable without hokey pokey reasoning like the aether will not allow it. Since I have shown you several times how towers/stratellites/balloons won't work for it. I have explained how the signal works since also, showing how it is a line of sight signal, meaning it travels relatively straight with little dispersal.
So please, since I have put the effort into explaining how it works for satellites, show me your vast knowledge about satellite transmissions and how they come from somewhere else.