Reports

This paper examines the changing regulatory framework and the complex technical choices now available to broadcasters for modern wireless IP production.

Tech Papers 2025: This paper presents a series of PoCs that leverage AI to streamline broadcasting gallery operations, facilitate remote collaboration and enhance media production workflows.

Tech Papers 2025: This paper describes work undertaken as part of the AQUA project funded by InnovateUK to address shortfalls in automated audio QC processes with an automated software solution for both production and distribution of audio content on premises or in the cloud.

Tech Papers 2025: This paper details a successful demonstration of an AI-based fancam production pipeline that uses 8K cameras and the VVERTIGO post-production system to automatically generate personalized video content for the Kohaku Uta Gassen.

Tech Papers 2025: The paper introduces NEO, a sophisticated multilingual chatbot designed to support a trusted news ecosystem.

Tech Papers 2025: This paper describes a proof-of-concept approach to monitoring timing errors and word loss in TV subtitles.

Tech Papers 2025: This paper reviews existing and new reference-free, instrumental measures for measuring dialog intelligibility and listening effort, particularly focusing on their potential for application in broadcast production, content analysis, and live applications.

Tech Papers 2025: Speech-to-speech (STS) conversion is best known for transforming one voice into another. However, its applications extend well beyond straightforward voice replacement. This paper first demystifies STS, explaining how contemporary models analyse prosody, embed timbre, track pitch and resynthesise spectrum to blend a driving performance with a target voice.

Tech Papers 2025: This paper discusses the experimental DTV+ transmission in Brazil, called “Lighthouse”, which introduces unprecedented features in digital terrestrial television broadcasting.

Tech Papers 2025: EBU's Dynamic Media Facility (DMF) initiative proposes an architecture that takes inspiration from the success of cloud hyperscalers, in which "media functions" are provisioned and connected onto a common software container platform and can be located where resources are needed.