FIELD: acoustics.
SUBSTANCE: invention relates to acoustics, particularly to devices for generating sound field. Device comprises a unit for evaluating the direction of the sound source, a unit for calculating the basis function, a unit for generating the sound field component. Unit for generating the sound field component computes the corresponding components based on the basic function, information on the direction to the sound source and the reference signal received from the microphone. Device also has a unit for calculating components of the diffuse sound field, a unit for combining components of the direct and diffuse sound fields. Unit for calculating the diffuse sound field is based on a decorrelator of audio signals. Device also includes a frequency-time conversion unit. Basis function is calculated based on azimuth and elevation angle.
EFFECT: improved concept of generating sound field characteristics.
24 cl, 16 dwg
Title |
Year |
Author |
Number |
APPARATUS, METHOD, AND COMPUTER PROGRAM FOR ENCODING, DECODING, PROCESSING A SCENE, AND FOR OTHER PROCEDURES ASSOCIATED WITH DIRAC-BASED SPATIAL AUDIO CODING USING DIRECT COMPONENT COMPENSATION |
2019 |
- Fuchs, Guillaume
- Thiergart, Oliver
- Korse, Srikanth
- Doehla, Stefan
- Multrus, Markus
- Kuech, Fabian
- Boutheon, Alexandre
- Eichenseer, Andrea
- Bayer, Stefan
|
RU2782511C1 |
APPARATUS, METHOD, AND COMPUTER PROGRAM FOR ENCODING, DECODING, PROCESSING A SCENE, AND FOR OTHER PROCEDURES ASSOCIATED WITH DIRAC-BASED SPATIAL AUDIO CODING USING DIFFUSE COMPENSATION |
2019 |
- Fuchs, Guillaume
- Thiergart, Oliver
- Korse, Srikanth
- Doehla, Stefan
- Multrus, Markus
- Kuech, Fabian
- Boutheon, Alexandre
- Eichenseer, Andrea
- Bayer, Stefan
|
RU2779415C1 |
DEVICE, METHOD AND COMPUTER PROGRAM FOR ENCODING, DECODING, SCENE PROCESSING AND OTHER PROCEDURES RELATED TO SPATIAL AUDIO CODING BASED ON DIRAC USING LOW-ORDER, MEDIUM-ORDER AND HIGH-ORDER COMPONENT GENERATORS |
2019 |
- Fuchs, Guillaume
- Thiergart, Oliver
- Korse, Srikanth
- Doehla, Stefan
- Multrus, Markus
- Kuech, Fabian
- Boutheon, Alexandre
- Eichenseer, Andrea
- Bayer, Stefan
|
RU2772423C1 |
DEVICE AND METHOD FOR ENCODING SPATIAL SOUND REPRESENTATION OR DEVICE AND METHOD FOR DECODING ENCODED AUDIO SIGNAL, USING TRANSPORT METADATA, AND CORRESPONDING COMPUTER PROGRAMS |
2020 |
- Kuech, Fabian
- Thiergart, Oliver
- Fuchs, Guillaume
- Doehla, Stefan
- Boutheon, Alexandre
- Herre, Juergen
- Bayer, Stefan
|
RU2792050C2 |
APPARATUS, METHOD, AND COMPUTER PROGRAM FOR ENCODING, DECODING, PROCESSING A SCENE, AND OTHER PROCEDURES RELATED TO DIRAC-BASED SPATIAL AUDIO ENCODING |
2018 |
- Fuchs, Guillaume
- Herre, Juergen
- Kuech, Fabian
- Doehla, Stefan
- Multrus, Markus
- Thiergart, Oliver
- Wuebbolt, Oliver
- Ghido, Florin
- Bayer, Stefan
- Jaegers, Wolfgang
|
RU2759160C2 |
AUDIO SYSTEM AND METHOD FOR OPERATION THEREOF |
2012 |
- Omen Arnoldus Verner Jokhannes
- Brebart Dirk Erun
- Koppens Erun Gerardus Khenrikus
- Skhejers Erik Gosejnus Petrus
|
RU2595943C2 |
METHOD AND DEVICE FOR COMPRESSING AND RESTORING REPRESENTATION OF HIGHER-ORDER AMBISONICS FOR SOUND FIELD |
2013 |
- Krueger, Alexander
- Kordon, Sven
- Boehm, Johannesr
|
RU2744489C2 |
AUDIO FORMAT TRANSCODER |
2010 |
- Tiergart Oliver
- Falkh Kornelia
- Kjukh Fabian
- Del Galdo Dzhiovanni
- Kherre Jurgen
- Kallinger Markus
|
RU2519295C2 |
METHOD AND APPARATUS FOR COMPRESSING AND RECONSTRUCTING HIGHER-ORDER AMBISONIC SYSTEM REPRESENTATION FOR SOUND FIELD |
2021 |
- Krueger, Alexander
- Kordon, Sven
- Boehm, Johannes
|
RU2823441C2 |
METHOD AND DEVICE FOR COMPRESSING AND RESTORING REPRESENTATION OF HIGH-ORDER AMBISONIC SYSTEM FOR SOUND FIELD |
2013 |
- Kryuger Aleksandr
- Kordon Sven
- Bem Jokhannes
|
RU2623886C2 |