Which technique is used for improving transport quality in audio networks such as Dante?

Improving transport quality in audio networks like Dante often relies on error correction techniques. Error correction enhances the reliability of data transmission by identifying and correcting errors that may occur during the transmission of audio data over the network. This is particularly important in ensuring that the audio streams remain intact and uncorrupted, which is crucial for delivering high-quality sound.

In the context of networked audio systems, where audio data is sent in packets, any loss or corruption can lead to dropouts, glitches, or degradation of sound quality. Error correction mechanisms work by using various algorithms that detect anomalies in the received data and rectify them, allowing for a seamless listening experience.

While other methods like data compression might have their place in managing bandwidth, they don't directly improve the integrity of the transport medium in the same way. Similarly, packet duplication, while it might help with redundancy, does not inherently fix errors. Fast forwarding refers to mechanisms for quick data processing rather than correction of transmission errors. Therefore, the emphasis on error correction as a key technique reflects its fundamental role in safeguarding the quality of audio transport in networks like Dante.