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The amount of application layer bytes that are exchanged per unit of time is typically used to describe the goodput that a transport protocol achieves.

The application-level throughput of communication, or the quantity of valuable information bits supplied by the network to a specific destination per unit of time, is known as goodput in computer networks (a combination of good and throughput). The quantity of data taken into account does not include retransmitted data packets or protocol overhead bits. This has to do with how long it takes for the final bit of the last packet to be sent after the first bit of the first packet has been transmitted (or delivered).

The user's goodput, for instance, when a file is transferred, is equal to the file size in bits divided by the file transfer time. Always, the goodput is less than the throughput (the gross bit rate that is transferred physically).

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