2004•Unpublished venueRequires access

Digital audio measurements for broadcasting

Kristijan Crnković, Mladen Maletić, Hrvoje Domitrović

Open publisher page 1 citations

Abstract

Transmitting and storing audio signals in the digital domain is well-established in the broadcast industry. Analog audio has given way to the AES3 and Sony/Phillips digital interface format (SPDIF). AES3 datastreams are also embedded in SDI television signals. The first part of the paper is describing the digital audio signal itself to get a better understanding of the related problems. The problem issues and solutions are presented next. A brief look on additional measurements is given.

About this research paper

What this paper is about

Transmitting and storing audio signals in the digital domain is well-established in the broadcast industry. Analog audio has given way to the AES3 and Sony/Phillips digital interface format (SPDIF). AES3 datastreams are also embedded in SDI television signals. The first part of the paper is describing the digital audio signal itself to get a better understanding of the related problems. The problem issues and solutions are presented next. A brief look on additional measurements is given.

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Available abstract

Transmitting and storing audio signals in the digital domain is well-established in the broadcast industry. Analog audio has given way to the AES3 and Sony/Phillips digital interface format (SPDIF). AES3 datastreams are also embedded in SDI television signals. The first part of the paper is describing the digital audio signal itself to get a better understanding of the related problems. The problem issues and solutions are presented next. A brief look on additional measurements is given.

Key concepts: Digital audio broadcasting, Digital audio, Computer science, Audio signal, Audio electronics, Audio signal processing, Digital broadcasting, Audio over Ethernet

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