Noise auralisation challenges in web and augmented reality applications

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientific

    Abstract

    Auralisation of the machinery noise is becoming important with the development and availability of advanced noise modeling tools. With the auralisation, it is possible to enhance or replace the prototype or mock-up construction. For this purpose, we have developed real-time auralisation platforms for welding noise, engine noise and rock crushing station noise, among the others. The developed auralisation tools operate as stand-alone systems and also as web tools. Converting the stand-alone models to web applications is not a straightforward task, and several issues must be taken into an account. The other expansion path is to connect audible models to virtual or augmented reality environments. We simultaneously visualise and auralise 3D sound field of machinery noise with the combination of the audible model in a laptop computer and visualisation with a tablet PC. In this way we demonstrate the future of noise-related product prototyping and development.
    Original languageEnglish
    Title of host publicationProceedings of BNAM2018
    Subtitle of host publicationElectronic proceedings
    Number of pages5
    ISBN (Electronic)978-87-995400-3-7
    Publication statusPublished - 2018
    MoE publication typeB3 Non-refereed article in conference proceedings
    EventBaltic-Nordic Acoustics Meeting, BNAM 2018 - Harpa, Reykjavik, Iceland
    Duration: 15 Apr 201818 Apr 2018
    https://euracoustics.org/eaa-societies/partner-societies/nordic-acoustics-association/bnam-2018 (Conference site)

    Publication series

    SeriesPublications of NAA

    Conference

    ConferenceBaltic-Nordic Acoustics Meeting, BNAM 2018
    Abbreviated titleBNAM 2018
    CountryIceland
    CityReykjavik
    Period15/04/1818/04/18
    Internet address

    Fingerprint

    Augmented reality
    Acoustic noise
    Laptop computers
    Acoustic fields
    Crushing
    Virtual reality
    Welding
    Visualization
    Rocks
    Availability
    Engines

    Keywords

    • Augmented Reality
    • Noise auralisation
    • Virtual reality

    Cite this

    @inproceedings{83e00a8bfddc48a18354c9686f939fcf,
    title = "Noise auralisation challenges in web and augmented reality applications",
    abstract = "Auralisation of the machinery noise is becoming important with the development and availability of advanced noise modeling tools. With the auralisation, it is possible to enhance or replace the prototype or mock-up construction. For this purpose, we have developed real-time auralisation platforms for welding noise, engine noise and rock crushing station noise, among the others. The developed auralisation tools operate as stand-alone systems and also as web tools. Converting the stand-alone models to web applications is not a straightforward task, and several issues must be taken into an account. The other expansion path is to connect audible models to virtual or augmented reality environments. We simultaneously visualise and auralise 3D sound field of machinery noise with the combination of the audible model in a laptop computer and visualisation with a tablet PC. In this way we demonstrate the future of noise-related product prototyping and development.",
    keywords = "Augmented Reality, Noise auralisation, Virtual reality",
    author = "Marko Antila and Jari Kataja and Heikki Isomoisio and Lasse Lamula",
    note = "Abstract reviewed",
    year = "2018",
    language = "English",
    series = "Publications of NAA",
    booktitle = "Proceedings of BNAM2018",

    }

    Antila, M, Kataja, J, Isomoisio, H & Lamula, L 2018, Noise auralisation challenges in web and augmented reality applications. in Proceedings of BNAM2018: Electronic proceedings. Publications of NAA, Baltic-Nordic Acoustics Meeting, BNAM 2018 , Reykjavik, Iceland, 15/04/18.

    Noise auralisation challenges in web and augmented reality applications. / Antila, Marko; Kataja, Jari; Isomoisio, Heikki; Lamula, Lasse.

    Proceedings of BNAM2018: Electronic proceedings. 2018. (Publications of NAA).

    Research output: Chapter in Book/Report/Conference proceedingConference article in proceedingsScientific

    TY - GEN

    T1 - Noise auralisation challenges in web and augmented reality applications

    AU - Antila, Marko

    AU - Kataja, Jari

    AU - Isomoisio, Heikki

    AU - Lamula, Lasse

    N1 - Abstract reviewed

    PY - 2018

    Y1 - 2018

    N2 - Auralisation of the machinery noise is becoming important with the development and availability of advanced noise modeling tools. With the auralisation, it is possible to enhance or replace the prototype or mock-up construction. For this purpose, we have developed real-time auralisation platforms for welding noise, engine noise and rock crushing station noise, among the others. The developed auralisation tools operate as stand-alone systems and also as web tools. Converting the stand-alone models to web applications is not a straightforward task, and several issues must be taken into an account. The other expansion path is to connect audible models to virtual or augmented reality environments. We simultaneously visualise and auralise 3D sound field of machinery noise with the combination of the audible model in a laptop computer and visualisation with a tablet PC. In this way we demonstrate the future of noise-related product prototyping and development.

    AB - Auralisation of the machinery noise is becoming important with the development and availability of advanced noise modeling tools. With the auralisation, it is possible to enhance or replace the prototype or mock-up construction. For this purpose, we have developed real-time auralisation platforms for welding noise, engine noise and rock crushing station noise, among the others. The developed auralisation tools operate as stand-alone systems and also as web tools. Converting the stand-alone models to web applications is not a straightforward task, and several issues must be taken into an account. The other expansion path is to connect audible models to virtual or augmented reality environments. We simultaneously visualise and auralise 3D sound field of machinery noise with the combination of the audible model in a laptop computer and visualisation with a tablet PC. In this way we demonstrate the future of noise-related product prototyping and development.

    KW - Augmented Reality

    KW - Noise auralisation

    KW - Virtual reality

    M3 - Conference article in proceedings

    T3 - Publications of NAA

    BT - Proceedings of BNAM2018

    ER -

    Antila M, Kataja J, Isomoisio H, Lamula L. Noise auralisation challenges in web and augmented reality applications. In Proceedings of BNAM2018: Electronic proceedings. 2018. (Publications of NAA).