The Moon landing line is a pretty important thing to study, actually, since we know what the rehearsed line was: "One small step for a man, one giant leap for mankind." Without that "a" it's a very silly line.
Armstrong for years claimed he said the line right and that it must've been garbled in the radio transmission, and in recent years has been vindicated as better signal:noise algorithms processed the recording and found the missing word. Researchers aren't blowing money to find out if Armstrong was a liar, they're using it to develop more sensitive receivers, better transmission protocols, and more advanced algorithms to parse signal out of noise, all of which have massive impacts in other domains. An algorithm that's better at parsing data out of noise in particular is going to be useful in loads of places like MRI machines where improving resolution will take billions in research but improving parsing is just updating the software.
The Moon landing line is a pretty important thing to study, actually, since we know what the rehearsed line was: "One small step for a man, one giant leap for mankind." Without that "a" it's a very silly line.
Armstrong for years claimed he said the line right and that it must've been garbled in the radio transmission, and in recent years has been vindicated as better signal:noise algorithms processed the recording and found the missing word. Researchers aren't blowing money to find out if Armstrong was a liar, they're using it to develop more sensitive receivers, better transmission protocols, and more advanced algorithms to parse signal out of noise, all of which have massive impacts in other domains. An algorithm that's better at parsing data out of noise in particular is going to be useful in loads of places like MRI machines where improving resolution will take billions in research but improving parsing is just updating the software.
That's exactly what I was wondering. Simple objective, very difficult problem, maybe have to invent new algorithms. Kind of like this: