主播大秀

Framework for web delivery of immersive audio experiences using device orchestration

White Paper WHP 346

Published: 29 August 2019

Abstract

This demonstration introduces the use of orchestrated media devices and object-based broadcasting to create immersive spatial audio experiences. Mobile phones, tablets, and laptops are synchronised to a common media timeline and contribute one or more individually delivered audio objects to the overall mix. A rule set for assigning objects to devices was developed through a trial production鈥攁 13-minute audio drama called The Vostok-K Incident.

The same timing model as in HbbTV2.0 media synchronisation is used, and future work could augment linear television broadcasts or create novel interactive audio-visual experiences for multiple users. The demonstration will allow delegates to connect their mobile phones to the system. A unique mix is created based on the number and selected locations of connected devices.

in the Adjunct Proceedings of TVX 2019, Salford, UK.

As of publication of this white paper, The Vostok-K Incident is available to hear online.

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主播大秀 R&D - How we made the Audio Orchestrator - and how you can use it too

主播大秀 MakerBox - Audio Orchestrator

主播大秀 R&D - Vostok K Incident - Immersive Spatial Sound Using Personal Audio Devices

主播大秀 R&D - Vostok-K Incident: Immersive Audio Drama on Personal Devices

主播大秀 R&D - Evaluation of an immersive audio experience

主播大秀 R&D - Exploring audio device orchestration in workshops with young people

主播大秀 R&D - Exploring audio device orchestration with audio professionals

主播大秀 R&D - Producing audio drama content for an array of orchestrated personal devices

主播大秀 R&D - Better Radio Experiences

主播大秀 R&D - Designing Navigation for Smart Speakers and Voice Devices

主播大秀 R&D - The Unfortunates: Interacting with an Audio Story for Smart Speakers

主播大秀 R&D - Emotional Machines: How Do People Feel About Using Smart Speakers and Voice-Controlled Devices?

White Paper copyright

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Authors

  • Jon Francombe (BMus Ph.D.)

    Jon Francombe (BMus Ph.D.)

    Lead Research & Development Engineer
  • Kristian Hentschel

    Trainee Research Technologist

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