Sorry, I didn't literally mean n+1. What I mean is probably better described by 'head of line blocking'.
Basically, when transmitting a file, in principle you could just keep sending n+k, even if the n-th package hasn't been received or has been dropped. No matter how large k is.
You can take your sweet time fixing the missing packages in the middle, as long as the overall file transfer doesn't get delayed.
Basically, when transmitting a file, in principle you could just keep sending n+k, even if the n-th package hasn't been received or has been dropped. No matter how large k is.
You can take your sweet time fixing the missing packages in the middle, as long as the overall file transfer doesn't get delayed.