Spherical Arrays for Sound-Radiation Analysis and Synthesis. Hannes Pomberger Franz Zotter
|
|
|
- Grant Walsh
- 6 years ago
- Views:
Transcription
1 Spherical Arrays for Sound-Radiation Analysis and Synthesis Hannes Pomberger Franz Zotter
2 Spherical Arrays for Analysis and Synthesis of Radiation Hohl, Deboy, Zotter, 2009 Baumgartner, Messner, 2010 Zotter, Pomberger, Zaar, Kößler 2009, Jochum, Reiner 2007
3 Pioneering Works Domains that are interested in sound-radiation of Musical Instruments: - Recording - Room Acoustics - Music - Perception Jürgen Meyer artificially excited instrument 1966: wind instruments. 1972: 1st ed. Ausg:
4 Pioneering Works Jürgen Meyer (1972) Weinreich and Arnold (1980) Pierre Boulez IRCAM (70s, Pierre Boulez) Franck Giron (1996) Cook and Trueman (1998) Olivier Warusfel et al. (1997-) La Timée Gabriel Weinreich La Timée Cook&Trueman
5 Remaining Issues Theoretical concept of sound-radiation recording and playback with spherical arrays Practical requirements, models, and processing ideas for sound-radiation Mathematical-physical basics for discrete recording, processing, and playback techniques Note: Advantage of spherical microphone arrays direct capture instruments under musical excitation
6 Sound Radiation example: radiation saron barung (a Gamelan metallophone) 1st mic: frontal instrument height 2nd mic: frontal elevated
7 Sound Radiation Sound-source captured at 2 positions: bonang barung two signals x 1 (t) and x 2 (t) sound-radiation signal angular coordinates
8 Theory of Sound-Radiation Analysis Soap-Bubble Model Radial sound particle velocity Image: put musician and instrument into a big enough soap-bubble
9 Theory of Sound-Radiation Analysis Soap-Bubble Model Radial sound particle velocity Image: put musician and instrument into a big enough soap-bubble
10 Theory of Sound-Radiation Analysis Surrounding Spherical Mic-Array Sound pressure Image: put musician and instrument into a big enough mic-array
11 Spherical Radiation Pattern angular band-limit
12 Spherical Harmonics 12
13 Theory of Sound-Radiation Analysis Surrounding Spherical Mic-Array Sound pressure Image: put musician and instrument into a big enough mic-array How do we interpolate?
14 Decomposition of Sound-Radiation Signals radiation pattern with finite angular bandwidth
15 Decomposition of Sound-Radiation Signals radiation pattern with finte angular bandwith
16 Decomposition of Sound-Radiation Signals inversion yields coefficients This is how we interpolate (DEMO): Nachbar, Nistelberger Baumgartner, Messner 2010.
17
18 Compact Spherical Loudspeaker Arrays Suitable for Holophony of Sound Radiation Warusfel, Caussé, et al 1997 (FR) Behler, Witew, Pollow, (DE) Avizienis, Freed, Kassakian, Wessel, 2006 Schmeder 2009 (US) Rafaely, Peleg, (IL) Zotter, Pomberger, Kerscher, (AT) Pasqual, Herzog, Arruda, (BR/FR)
19 Measuring the Directivity of a Compact Spherical Loudspeaker Array
20 Directivity of a Compact Spherical Loudspeaker Array: An Acoustic MIMO-System
21 Directivity of One Array-Speaker
22 Directivity of a Compact Spherical Loudspeaker Array: An Acoustic MIMO-System
23 Different Angular Array-Layouts? Lokki, Pollow, Behler, Reuter, 2008-
24 Directivity of a Compact Spherical Loudspeaker Array: An Acoustic MIMO-System
25 Directivity of a Compact Spherical Loudspeaker Array: An Acoustic MIMO-System
26 Directivity of a Compact Spherical Loudspeaker Array: An Acoustic MIMO-System Array Design Error range / control Dependency on Frequency (Acoustics)
27 Compact Spherical Loudspeaker Array Surface r0
28 Compact Spherical Loudspeaker Array Surface r0
29 Compact Spherical Loudspeaker Array Surface r 0 physical shape / ALIASING
30 Compact Spherical Loudspeaker Array Surface r 0 unphysical attempt: ALIASING SUPPRESSION
31 Compact Spherical Loudspeaker Array Surface r 0 But: How? General Rule:
32 Compact Spherical Loudspeaker Array Radiation Spherical Boundary Value Problem (Neumann) Helmholtz-equation (ac.wv.) Laplace-operator (spherical coordinates, chain rule)
33 small array / large array / long wave (lo f) short wave (hi f) on surface in air
34 long wave (lo f) on surface
35 long wave (lo f) in air
36 short wave (hi f) on surface
37 short wave (hi f) in air
38 Radial Propagation Term / Controllability in air controlled uncontrolled lo f hi f
39 Radial Propagation Term / Aliasing in air ALIASING SUPPRESSION UNSUPPRESSED ALIASING controlled uncontrolled lo f hi f
40 Radial Propagation Term / Frequency Ranges for N=2 in air lo f hi f
41 Different Array-Radii
42 Spherical Beam - DEMO
43 Conclusions Aliasing? Centering? Recording Analysis / Interpolation Broad-band Hi-Res? Playback Synthesis / Model Aliasing vs Radiation
44 Literature M. Thesis Michael Kerscher (amazon) PhD Thesis Franz Zotter (here) And various things online under
45 Questions? Aliasing? Centering? Recording Analysis / Interpolation Broad-band Hi-Res? Playback Synthesis / Model Aliasing vs Radiation
46 CUBE-DEMO You hear yourself
47 Ambisonics Spatial Rendering Order N: relates to desired spatial smoothing and the number of available loudspeakers
48 Ambisonics
49
50 Verso la composizione eco-acustica Una veloce panoramica di tecniche e generi di produzione audio da suoni ambientali... di David Monacchi From the environmental sound-art project: "Fragments of Extinction - Acoustic Biodiversity of the Primary Equatorial Rainforests" by David Monacchi
51 resolution 1 (unsharp) Institut für Elektronische Musik und Akustik
52 resolution 2 (unsharp) Institut für Elektronische Musik und Akustik
53 resolution 3 (sharp) Institut für Elektronische Musik und Akustik
54 resolution on sphere
55 increasing the resolution
Experimental investigation of multiple-input multiple-output systems for sound-field analysis
Acoustic Array Systems: Paper ICA2016-158 Experimental investigation of multiple-input multiple-output systems for sound-field analysis Hai Morgenstern (a), Johannes Klein (b), Boaz Rafaely (a), Markus
OPTIMIZED SPHERICAL SOUND SOURCE FOR AURALIZATION WITH ARBITRARY SOURCE DIRECTIVITY
Proc. of the EAA Joint Symposium on Auralization and Ambisonics, Berlin, Germany, 3-5 April 214 OPTIMIZED SPHERICAL SOUND SOURCE FOR AURALIZATION WITH ARBITRARY SOURCE DIRECTIVITY Johannes Klein Institute
Proceedings of Meetings on Acoustics
Proceedings of Meetings on Acoustics Volume 19, 2013 http://acousticalsociety.org/ ICA 2013 Montreal Montreal, Canada 2-7 June 2013 Signal Processing in Acoustics Session 4aSP: Sensor Array Beamforming
ACOUSTIC CENTERING OF LITURGICAL MUSIC SINGERS MEASURED BY SURROUNDING SPHERICAL MICROPHONE ARRAYS
ACOUSTIC CENTERING OF LITURGICAL MUSIC SINGERS MEASURED BY SURROUNDING SPHERICAL MICROPHONE ARRAYS Javier García Ruiz 1, Noam R. Shabtai 2, Antonio Pedrero González 3, Michael Vorländer 4 1 M.S. student.
LIMITATIONS AND ERROR ANALYSIS OF SPHERICAL MICROPHONE ARRAYS. Thushara D. Abhayapala 1, Michael C. T. Chan 2
ICSV4 Cairns Australia 9-2 July, 2007 LIMITATIONS AND ERROR ANALYSIS OF SPHERICAL MICROPHONE ARRAYS Thushara D. Abhayapala, Michael C. T. Chan 2 Research School of Information Sciences and Engineering
Free-Field Pressure-Based Sound Power Measurement Procedure with Low Spatial-Sampling- and Near-Field-Induced Uncertainty
Free-Field Pressure-Based Sound Power Measurement Procedure with Low Spatial-Sampling- and Near-Field-Induced Uncertainty Hannes Pomberger ; Franz Zotter ; Alois Sontacchi ; Manuel Brandner ; Markus Resch
THEORY AND DESIGN OF HIGH ORDER SOUND FIELD MICROPHONES USING SPHERICAL MICROPHONE ARRAY
THEORY AND DESIGN OF HIGH ORDER SOUND FIELD MICROPHONES USING SPHERICAL MICROPHONE ARRAY Thushara D. Abhayapala, Department of Engineering, FEIT & Department of Telecom Eng, RSISE The Australian National
Energy-Preserving Ambisonic Decoding
37 47 DOI.3813/AAA.918490 Energy-Preserving Ambisonic Decoding F. Zotter 1), H. Pomberger 1), M. Noisternig ) 1) Institute of Electronic Music and Acoustics, University of Music and Performing Arts, Graz,
Interior and exterior sound field control using two dimensional higher-order variable-directivity sources
Interior and exterior sound field control using two dimensional higher-order variable-directivity sources M. A. Poletti a) Industrial Research Ltd, P.O. Box 31-31, Lower Hutt, Wellington 54, New Zealand
Modeling Measurement Uncertainty in Room Acoustics P. Dietrich
Modeling Measurement Uncertainty in Room Acoustics P. Dietrich This paper investigates a way of determining and modeling uncertainty contributions in measurements of room acoustic parameters, which are
arxiv: v1 [cs.sd] 30 Oct 2015
![arxiv: v1 [cs.sd] 30 Oct 2015](/thumbs/81/83627238.jpg "arxiv: v1 [cs.sd] 30 Oct 2015")
ACE Challenge Workshop, a satellite event of IEEE-WASPAA 15 October 18-1, 15, New Paltz, NY ESTIMATION OF THE DIRECT-TO-REVERBERANT ENERGY RATIO USING A SPHERICAL MICROPHONE ARRAY Hanchi Chen, Prasanga
APPLICATION OF MVDR BEAMFORMING TO SPHERICAL ARRAYS
AMBISONICS SYMPOSIUM 29 June 2-27, Graz APPLICATION OF MVDR BEAMFORMING TO SPHERICAL ARRAYS Anton Schlesinger 1, Marinus M. Boone 2 1 University of Technology Delft, The Netherlands (a.schlesinger@tudelft.nl)
Sound Directivity Control in a 3-D Space by a Compact Spherical Loudspeaker Array
STATE UNIVERSITY OF CAMPINAS FACULTY OF MECHANICAL ENGINEERING PhD PROGRAM IN MECHANICAL ENGINEERING Sound Directivity Control in a 3-D Space by a Compact Spherical Loudspeaker Array Author: Alexander
Introduction to Acoustics Exercises
. 361-1-3291 Introduction to Acoustics Exercises 1 Fundamentals of acoustics 1. Show the effect of temperature on acoustic pressure. Hint: use the equation of state and the equation of state at equilibrium.
COMPARING MODELED AND MEASUREMENT-BASED SPHERICAL HARMONIC ENCODING FILTERS FOR SPHERICAL MICROPHONE ARRAYS
COMPARING MODLD AND MASURMNT-BASD SPHRICAL HARMONIC NCODING FILTRS FOR SPHRICAL MICROPHON ARRAYS Archontis Politis Dept. of Signal Processing and Acoustics Aalto University, FI-25, Finland archontis.politis@aalto.fi
Convention Paper 9944 Presented at the 144 th Convention 2018 May 23 26, Milan, Italy
Audio Engineering Society Convention Paper 9944 Presented at the 44 th Convention 28 May 23 26, Milan, Italy This convention paper was selected based on a submitted abstract and 75-word precis that have
The Effect of Scenery on the Stage Acoustic Conditions in a Theatre
Department of The Built Environment Building Physics - Acoustics Research group The Effect of Scenery on the Stage Acoustic Conditions in a Theatre Master Thesis Ni Putu Amanda Nitidara Supervisors: Ir.
Towards an active anechoic room
Towards an active anechoic room Dominique Habault, Philippe Herzog, Emmanuel Friot, Cédric Pinhède To cite this version: Dominique Habault, Philippe Herzog, Emmanuel Friot, Cédric Pinhède. Towards an active
Proceedings of Meetings on Acoustics
Proceedings of Meetings on Acoustics Volume 19, 2013 http://acousticalsociety.org/ ICA 2013 Montreal Montreal, Canada 2-7 June 2013 Architectural Acoustics Session 1pAAa: Advanced Analysis of Room Acoustics:
Rigid Sphere Microphone Arrays for Spatial Recording and Holography
Rigid Sphere Microphone Arrays for Spatial Recording and Holography Peter Plessas Nov 16th 2009 Advisor: Franz Zotter Co-Advisors: Alois Sontacchi and Prof. David Wessel Assessor: Prof. Robert Höldrich
Headphone Auralization of Acoustic Spaces Recorded with Spherical Microphone Arrays. Carl Andersson
Headphone Auralization of Acoustic Spaces Recorded with Spherical Microphone Arrays Carl Andersson Department of Civil Engineering Chalmers University of Technology Gothenburg, 2017 Master s Thesis BOMX60-16-03
CIRCULAR MICROPHONE ARRAY WITH TANGENTIAL PRESSURE GRADIENT SENSORS. Falk-Martin Hoffmann, Filippo Maria Fazi
CIRCULAR MICROPHONE ARRAY WITH TANGENTIAL PRESSURE GRADIENT SENSORS Falk-Martin Hoffmann, Filippo Maria Fazi University of Southampton, SO7 BJ Southampton,United Kingdom fh2u2@soton.ac.uk, ff@isvr.soton.ac.uk
Convention Paper Presented at the 126th Convention 2009 May 7 10 Munich, Germany
Audio Engineering Society Convention Paper Presented at the 6th Convention 9 May 7 Munich, Germany The papers at this Convention have been selected on the basis of a submitted abstract and extended precis
The exciter mechanism of double-reed instruments
The exciter mechanism of double-reed instruments A. C.Vergez, R.Caussé IRCAM Centre Georges Pompidou Instrument Acoustics and Analysis / Synthesis Teams Sep 20, 2006 Musical Acoustics Network Conference,
Last time: small acoustics
Last time: small acoustics Voice, many instruments, modeled by tubes Traveling waves in both directions yield standing waves Standing waves correspond to resonances Variations from the idealization give
Finite Element Analysis of Acoustic Scattering
Frank Ihlenburg Finite Element Analysis of Acoustic Scattering With 88 Illustrations Springer Contents Preface vii 1 The Governing Equations of Time-Harmonic Wave Propagation, 1 1.1 Acoustic Waves 1 1.1.1
Nearfield Binaural Synthesis and Ambisonics. Dylan Menzies and Marwan Al-Akaidi. De Montfort University, Leicester UK. (Dated: December 20, 2006)
Nearfield Binaural Synthesis and Ambisonics Dylan Menzies and Marwan Al-Akaidi De Montfort University, Leicester UK (Dated: December 20, 2006) 1 Abstract Ambisonic encodings can be rendered binaurally,
Sound Source Localitzation with the Eigenmike Microphone Array - Evaluation und Analysis
Sound Source Localitzation with the Eigenmike Microphone Array - Evaluation und Analysis Manuel Brandner Project Thesis - Supervisor: Dr. Alois Sontacchi - March 2014 institut für elektronische musik und
Multi Acoustic Prediction Program (MAPP tm ) Recent Results Perrin S. Meyer and John D. Meyer
Multi Acoustic Prediction Program (MAPP tm ) Recent Results Perrin S. Meyer and John D. Meyer Meyer Sound Laboratories Inc., Berkeley, California, USA Presented at the Institute of Acoustics (UK), Reproduced
Qualification of balance in opera houses: comparing different sound sources
Qualification of balance in opera houses: comparing different sound sources Nicola Prodi, Andrea Farnetani, Shin-ichi Sato* Dipartimento di Ingegneria, Università di Ferrara, Italy Gottfried Behler, Ingo
Proceedings of Meetings on Acoustics
Proceedings of Meetings on Acoustics Volume 19, 213 http://acousticalsociety.org/ ICA 213 Montreal Montreal, Canada 2-7 June 213 Architectural Acoustics Session 1pAAa: Advanced Analysis of Room Acoustics:
CT203 - Signals & Systems Lecture - 1: Introduction
CT203 - Signals & Systems Lecture - 1: Introduction 3-1-0-4 Aditya Tatu Contents Modeling Signals & Systems. Modeling systems using State machines. Linear & Linear Time-Invariant systems. Frequency representation
Attack transient exploration on sopranino recorder with time-domain Near-Field Acoustic Holography method
Attack transient exploration on sopranino recorder with time-domain Near-Field Acoustic Holography method M. Tahon a, E. Bavu a, M. Melon b and A. Garcia a a LMSSC, CA 3196, CNAM, 2 rue Conté, 75141 Paris
Three-dimensional Radiated Sound Field Display System Using Directional Loudspeakers and Wave Field Synthesis
Acoust. Sci. & Tech. PAPER Three-dimensional Radiated Sound Field Display System Using Directional Loudspeakers and Wave Field Synthesis Toshiyuki Kimura, Yoko Yamakata, Michiaki Katsumoto, Takuma Okamoto
Sound field decomposition of sound sources used in sound power measurements
Sound field decomposition of sound sources used in sound power measurements Spyros Brezas Physikalisch Technische Bundesanstalt Germany. Volker Wittstock Physikalisch Technische Bundesanstalt Germany.
Cepstral Deconvolution Method for Measurement of Absorption and Scattering Coefficients of Materials
Cepstral Deconvolution Method for Measurement of Absorption and Scattering Coefficients of Materials Mehmet ÇALIŞKAN a) Middle East Technical University, Department of Mechanical Engineering, Ankara, 06800,
AN INVESTIGATION ON THE TRANSITION FROM EARLY REFLECTIONS TO A REVERBERATION TAIL IN A BRIR
Proceedings of the 22 International Conference on Auditory Display, Kyoto, Japan, July 25, 22 AN INVESTIGATION ON THE TRANSITION FROM EARLY REFLECTIONS TO A REVERBERATION TAIL IN A BRIR Kittiphong Meesawat
Wave Field Synthesis
Wave Field ynthesis Ramani Duraiswami April 26, 2006 Abstract ome background material for the technique called wave-field synthesis is provided. THen we move on to discuss some papers from the literature.
CAPTURE AND RECREATION OF HIGHER ORDER 3D SOUND FIELDS VIA RECIPROCITY. Zhiyun Li, Ramani Duraiswami, Nail A. Gumerov
CAPTURE AND RECREATION OF HIGHER ORDER 3D SOUND FIELDS VIA RECIPROCITY Zhiyun Li, Ramani Duraiswami, Nail A Gumerov Perceptual Interaces and Reality Laboratory, UMIACS University o Maryland, College Park,
Convention Paper Presented at the 139th Convention 2015 October 29 November 1 New York, USA
Audio Engineering Society Convention Paper Presented at the 139th Convention 2015 October 29 November 1 New York, USA 9421 This Convention paper was selected based on a submitted abstract and 750-word
Comparison between measurement and Boundary Element Modelization of subwoofers
Audio Engineering Society Convention Paper Presented at the 127th Convention 2009 October 9 12 New York NY, USA The papers at this Convention have been selected on the basis of a submitted abstract and
AN ANALYTICAL APPROACH TO 2.5D SOUND FIELD REPRODUCTION EMPLOYING CIRCULAR DISTRIBUTIONS OF NON-OMNIDIRECTIONAL LOUDSPEAKERS
AN ANALYTICAL APPROACH TO 2.5D SOUND FIELD REPRODUCTION EMPLOYING CIRCULAR DISTRIBUTIONS OF NON-OMNIDIRECTIONAL LOUDSPEAKERS Jens Ahrens and Sascha Spors Deutsche Telekom Laboratories, Technische Universität
Chapter 17: Waves II. Sound waves are one example of Longitudinal Waves. Sound waves are pressure waves: Oscillations in air pressure and air density
Sound waves are one example of Longitudinal Waves Sound waves are pressure waves: Oscillations in air pressure and air density Before we can understand pressure waves in detail, we need to understand what
Convention Paper Presented at the 125th Convention 2008 October 2 5 San Francisco, CA, USA
Audio Engineering Society Convention Paper Presented at the 125th Convention 2008 October 2 5 San Francisco, CA, USA The papers at this Convention have been selected on the basis of a submitted abstract
DriveClub Audio: From Console to VR. Nick Ward-Foxton Principal Audio Programmer Sony Interactive Entertainment
DriveClub Audio: From Console to VR Nick Ward-Foxton Principal Audio Programmer Sony Interactive Entertainment Who am I? What is the talk about? Video Background Constraints Time 7 months Resource not
MEASUREMENT OF INPUT IMPEDANCE OF AN ACOUSTIC BORE WITH APPLICATION TO BORE RECONSTRUCTION
MEASUREMENT OF INPUT IMPEDANCE OF AN ACOUSTIC BORE WITH APPLICATION TO BORE RECONSTRUCTION Maarten van Walstijn Murray Campbell David Sharp Department of Physics and Astronomy, University of Edinburgh,
Acoustics Laboratory
Acoustics Laboratory 1 at the Center for Noise and Vibration Control in ME, KAIST Supervisor: Prof. Jeong-Guon Ih (e-mail: J.G.Ih@kaist.ac.kr) Lab members: (as of March 2015) Ph.D. Students: 6 (1 part-time
Modern measurement techniques in room and building acoustics
Das Messen in der Raum- und Bauakustik Michael Vorländer Institut für Technische Akustik RWTH Aachen Modern measurement techniques in room and building acoustics Introduction Modern versus classical methods
JETZT xCoAx.org. EPHRAIM WEGNER DANIEL BISIG Hochschule Offenburg Offenburg, Germany
2017.xCoAx.org JETZT EPHRAIM WEGNER ephraimwegner@gmx.de DANIEL BISIG daniel.bisig@zhdk.ch Hochschule Offenburg Offenburg, Germany ZHdK Zürich, ICST Zürich, Switzerland Lisbon Computation Communication
A SHORT REVIEW OF SIGNALS AND SYSTEMS FOR SPATIAL AUDIO
17th European Signal Processing Conference (EUSIPCO 29) Glasgow, Scotland, August 24-28, 29 A SHORT REVIEW OF SIGNALS AND SYSTEMS FOR SPATIAL AUDIO P. Annibale, R. Rabenstein, S. Spors, P. Steffen Chair
DIRECTION ESTIMATION BASED ON SOUND INTENSITY VECTORS. Sakari Tervo
7th European Signal Processing Conference (EUSIPCO 9) Glasgow, Scotland, August 4-8, 9 DIRECTION ESTIMATION BASED ON SOUND INTENSITY VECTORS Sakari Tervo Helsinki University of Technology Department of
All-Round Ambisonic Panning and Decoding
PAPERS All-Round Ambisonic Panning and Decoding FRANZ ZOTTER (zotter@iem.at) AND MATTHIAS FRANK, AES Student Member (frank@iem.at) Institute of Electronic Music and Acoustics, University of Music and Performing
Optimal array pattern synthesis with desired magnitude response
Otimal array attern synthesis with desired magnitude resonse A.M. Pasqual a, J.R. Arruda a and P. erzog b a Universidade Estadual de Caminas, Rua Mendeleiev, 00, Cidade Universitária Zeferino Vaz, 13083-970
Spherical Waves, Radiator Groups
Waves, Radiator Groups ELEC-E5610 Acoustics and the Physics of Sound, Lecture 10 Archontis Politis Department of Signal Processing and Acoustics Aalto University School of Electrical Engineering November
ON SOUND POWER MEASUREMENT OF THE ENGINE IN ANECHOIC ROOM WITH IMPERFECTIONS
ON SOUND POWER MEASUREMENT OF THE ENGINE IN ANECHOIC ROOM WITH IMPERFECTIONS Mehdi Mehrgou 1, Ola Jönsson 2, and Leping Feng 3 1 AVL List Gmbh., Hans-list-platz 1,8020, Graz, Austria 2 Scania CV AB, Södertälje,
Binaural Reproduction of Finite Difference Simulations Using Spherical Array Processing
Binaural Reproduction of Finite Difference Simulations Using Spherical Array Processing Sheaffer, J., Van Walstijn, M., Rafaely, B., & Kowalczyk, K. (205). Binaural Reproduction of Finite Difference Simulations
A R T A - A P P L I C A T I O N N O T E
Loudspeaker Free-Field Response This AP shows a simple method for the estimation of the loudspeaker free field response from a set of measurements made in normal reverberant rooms. Content 1. Near-Field,
Spatial sound. Lecture 8: EE E6820: Speech & Audio Processing & Recognition. Columbia University Dept. of Electrical Engineering
EE E6820: Speech & Audio Processing & Recognition Lecture 8: Spatial sound 1 Spatial acoustics 2 Binaural perception 3 Synthesizing spatial audio 4 Extracting spatial sounds Dan Ellis
SPACIOUSNESS OF SOUND FIELDS CAPTURED BY SPHERICAL MICROPHONE ARRAYS
BEN GURION UNIVERSITY OF THE NEGEV FACULTY OF ENGINEERING SCIENCES DEPARTMENT OF ELECTRICAL AND COMPUTER ENGINEERING SPACIOUSNESS OF SOUND FIELDS CAPTURED BY SPHERICAL MICROPHONE ARRAYS THESIS SUBMITTED
1 Wind Turbine Acoustics. Wind turbines generate sound by both mechanical and aerodynamic
Wind Turbine Acoustics 1 1 Wind Turbine Acoustics Wind turbines generate sound by both mechanical and aerodynamic sources. Sound remains an important criterion used in the siting of wind farms. Sound emission
Open Research Online The Open University s repository of research publications and other research outputs
Open Research Online The Open University s repository of research publications and other research outputs Simulations of modal active control applied to the self-sustained oscillations of the clarinet.
Spherical harmonic analysis of wavefields using multiple circular sensor arrays
Spherical harmonic analysis of wavefields using multiple circular sensor arrays Thushara D. Abhayapala, Senior Member, IEEE and Aastha Gupta Student Member, IEEE Abstract Spherical harmonic decomposition
Tim Habigt. May 30, 2014
Slide 1/26 Sound-Source Localization Tim Habigt May 2014 Sound-Source Localization Tim Habigt Lehrstuhl für Datenverarbeitung May 30, 2014 Slide 2/26 Sound-Source Localization Tim Habigt May 2014 Table
THE INFLUENCE OF NICKS ON THE SOUND PROPERTIES AND THE AIRFLOW IN FRONT OF FLUE ORGAN PIPE
THE INFLUENCE OF NICKS ON THE SOUND PROPERTIES AND THE AIRFLOW IN FRONT OF FLUE ORGAN PIPE Zdeněk Otčenášek, Viktor Hruška, Ondřej Moravec, Martin Švejda Musical Acoustics Research Centre Academy of Performing
Convex Approximation and Optimization with Applications in Magnitude Filter Design and Radiation Pattern Synthesis
Convex Approximation and Optimization with Applications in Magnitude Filter Design and Radiation Pattern Synthesis Peter William Kassakian Electrical Engineering and Computer Sciences University of California
Plane-wave decomposition of acoustical scenes via spherical and cylindrical microphone arrays
Plane-wave decomposition of acoustical scenes via spherical and cylindrical microphone arrays 1 Dmitry N. Zotkin*, Ramani Duraiswami, Nail A. Gumerov Perceptual Interfaces and Reality Laboratory Institute
Nicholas J. Giordano. Chapter 13 Sound
Nicholas J. Giordano www.cengage.com/physics/giordano Chapter 13 Sound Sound Sounds waves are an important example of wave motion Sound is central to hearing, speech, music and many other daily activities
Proceedings of Meetings on Acoustics
Proceedings of Meetings on Acoustics Volume 19, 13 http://acousticalsocietyorg/ ICA 13 Montreal Montreal, Canada - 7 June 13 Architectural Acoustics Session paab: Dah-You Maa: His Contributions and Life
Measurement and evaluation of room impulse response measurements performed with a flexible highly directive source. Master Thesis
Measurement and evaluation of room impulse response measurements performed with a flexible highly directive source Master Thesis B.Sc. Ander Gaspar Perez Palacios Matrikelnummer: 327884 Elektrotechnik
The below identified patent application is available for licensing. Requests for information should be addressed to:
DEPARTMENT OF THE NAVY OFFICE OF COUNSEL NAVAL UNDERSEA WARFARE CENTER DIVISION 1176 HOWELL STREET NEWPORT Rl 02841-1708 IN REPLY REFER TO 31 October 2018 The below identified patent application is available
Representation of sound fields for audio recording and reproduction
Representation of sound fields for audio recording and reproduction F. M. Fazi a, M. Noisternig b and O. Warusfel b a University of Southampton, Highfield, SO171BJ Southampton, UK b Institut de Recherche
Sound, acoustics Slides based on: Rossing, The science of sound, 1990, and Pulkki, Karjalainen, Communication acoutics, 2015
Acoustics 1 Sound, acoustics Slides based on: Rossing, The science of sound, 1990, and Pulkki, Karjalainen, Communication acoutics, 2015 Contents: 1. Introduction 2. Vibrating systems 3. Waves 4. Resonance
METHODS OF THEORETICAL PHYSICS
METHODS OF THEORETICAL PHYSICS Philip M. Morse PROFESSOR OF PHYSICS MASSACHUSETTS INSTITUTE OF TECHNOLOGY Herman Feshbach PROFESSOR OF PHYSICS MASSACHUSETTS INSTITUTE OF TECHNOLOGY PART II: CHAPTERS 9
19th European Signal Processing Conference (EUSIPCO 2011) Barcelona, Spain, August 29 - September 2, 2011
19th European Signal Processing Conference (EUSIPCO 211) Barcelona, Spain, August 29 - September 2, 211 DEVELOPMENT OF PROTOTYPE SOUND DIRECTION CONTROL SYSTEM USING A TWO-DIMENSIONAL LOUDSPEAKER ARRAY
Structural Optimization. for Acoustic Disciplines
Optimization for Acoustic Disciplines 4. Norddeutschen Simulationsforum 26 May Hamburg, Germany Claus B.W. Pedersen (claus.pedersen@fe-design.com) Peter M. Clausen, Peter Allinger, Jens Harder FE-Design
A New Finite-Difference Method for General Long-Range Rotorcraft Acoustics: Initial Comparisons with Intermediate- Range Data
A New Finite-Difference Method for General Long-Range Rotorcraft Acoustics: Initial Comparisons with Intermediate- Range Data Subhashini Chitta, John Steinhoff (B.H. Goethert Professor, UTSI), Andrew Wilson
Fan Noise Control by Enclosure Modification
Fan Noise Control by Enclosure Modification Moohyung Lee a, J. Stuart Bolton b, Taewook Yoo c, Hiroto Ido d, Kenichi Seki e a,b,c Ray W. Herrick Laboratories, Purdue University 14 South Intramural Drive,
LOCALIZATION OF SOUND SOURCES USING 3D MICROPHONE ARRAY
LOCALIZATION OF SOUND SOURCES USING 3D MICROPHONE ARRAY Master of Science in Engineering Thesis by M.Sc.Eng. Student Svend Oscar Petersen Supervisor: Peter Møller Juhl University of Southern Denmark -
ENERGETIC ANALYSIS OF THE QUADRAPHONIC SYNTHESIS OF SOUND FIELDS FOR SOUND RECORDING AND AURALIZATION ENHANCING
ENERGETIC ANALYSIS OF THE QUADRAPHONIC SYNTHESIS OF SOUND FIELDS FOR SOUND RECORDING AND AURALIZATION ENHANCING PACS: Sound recording and reproducing systems, general concepts (43.38.Md) Davide Bonsi,
Identification of Noise Sources by Means of Inverse Finite Element Method
Excerpt from the Proceedings of the COMSOL Conference 2008 Hannover Identification of Noise Sources by Means of Inverse Finite Element Method M. Weber *,1, T. Kletschkowski 2 and B. Samtleben 3 1,2 Helmut-Schmidt-University
Sound Pressure Generated by a Bubble
Sound Pressure Generated by a Bubble Adrian Secord Dept. of Computer Science University of British Columbia ajsecord@cs.ubc.ca October 22, 2001 This report summarises the analytical expression for the
Introduction to Audio and Music Engineering
Introduction to Audio and Music Engineering Lecture 7 Sound waves Sound localization Sound pressure level Range of human hearing Sound intensity and power 3 Waves in Space and Time Period: T Seconds Frequency:
Kernel-Based Formulations of Spatio-Spectral Transform and Three Related Transforms on the Sphere
Kernel-Based Formulations of Spatio-Spectral Transform and Three Related Transforms on the Sphere Rod Kennedy 1 rodney.kennedy@anu.edu.au 1 Australian National University Azores Antipode Tuesday 15 July
EXPERIMENTAL INVESTIGATION OF THE INFLUENCE OF THE MECHANICAL CHARACTERISTICS OF THE LIP ON THE VIBRATIONS OF THE SINGLE REED
EXPERIMENTAL INVESTIGATION OF THE INFLUENCE OF THE MECHANICAL CHARACTERISTICS OF THE LIP ON THE VIBRATIONS OF THE SINGLE REED B Gazengel, T Guimezanes, J P Dalmont Jean Baptiste Doc, Sylvain Fagart, Y
Numerical Model of the Insertion Loss Promoted by the Enclosure of a Sound Source
Numerical Model of the Insertion Loss Promoted by the Enclosure of a Sound Source Gil F. Greco* 1, Bernardo H. Murta 1, Iam H. Souza 1, Tiago B. Romero 1, Paulo H. Mareze 1, Arcanjo Lenzi 2 and Júlio A.
STATISTICAL APPROACH FOR SOUND MODELING
STATISTICAL APPROACH FOR SOUND MODELING Myriam DESAINTE-CATHERINE SCRIME - LaBRI Université de Bordeaux 1 F-33405 Talence Cedex, France myriam@labri.u-bordeaux.fr Pierre HANNA SCRIME - LaBRI Université
Fast and Broadbanded Car Interior Panel Noise Contribution Analysis
1 Fast and Broadbanded Car Interior Panel Noise Contribution Analysis Dr. Oliver Wolff, Open Technology Forum at Testing Expo Europe 2008, Stuttgart, 6 th 8 th May 2008 2 Contents Contents of presentation:
Titelmasterformat durch Klicken bearbeiten
Numerical Prediction of Motor Noise in a Continuous Speed Range Titelmasterformat durch Klicken bearbeiten Steffen Peters TAE Symposium Elektromagnetismus 2018 Jürgen Wibbeler Künzelsau, March 8 th 9 th
SEPARATION OF MAIN AND TAIL ROTOR NOISE SOURCES FROM GROUND-BASED ACOUSTIC MEASUREMENTS USING TIME-DOMAIN DE-DOPPLERIZATION
SEPARATION OF MAIN AND TA ROTOR NOISE SOURCES FROM GROUND-BASED ACOUSTIC MEASUREMENTS USING TIME-DOMAIN DE-DOPPLERIZATION Eric Greenwood NASA Langley Research Center Hampton, Virginia, USA Fredric H. Schmitz
Wojciech ŁAPKA, Czesław CEMPEL
ARCHIVES OF ACOUSTICS 33, 4 (Supplement), 65 70 (2008) COMPUTATIONAL AND EXPERIMENTAL INVESTIGATIONS OF A SOUND PRESSURE LEVEL DISTRIBUTION AT THE OUTLET OF THE SPIRAL DUCT Wojciech ŁAPKA, Czesław CEMPEL
Holographic measuring techniques in acoustics
Holographic measuring techniques in acoustics Ferenc Márki and Fülöp Augusztinovicz Budapest University of Technology and Economics, Dept. of Telecommunications H-1111 Budapest, Sztoczek u., ferko@hit.bme.hu
Source Width of Frontal Phantom Sources: Perception, Measurement, and Modeling
ARCHIVES OF ACOUSTICS Vol.38,No.3, pp.311 319(2013) Copyright c 2013byPAN IPPT DOI: 10.2478/aoa-2013-0038 Source Width of Frontal Phantom Sources: Perception, Measurement, and Modeling Matthias FRANK Institute
P773 Acoustics June, 2008
P773 Acoustics June, 2008 1 Physical principle 2 3 Denotes an Example 4 5 Measure pressure inside sealed box 6 Acoustic impulse response inside the box 7 8 Air spring only 9 10 For Plane Waves 11 More
Field reconstruction by inverse methods in acoustics and vibration N. Totaro, Q. Leclère, J.L. Guyader
Field reconstruction by inverse methods in acoustics and vibration N. Totaro, Q. Leclère, J.L. Guyader Lyon Paris French riviera Solar map in France We are here 2 3 Lyon Laboratoire Vibrations Acoustique
A wavenumber approach to characterizing the diffuse field conditions in reverberation rooms
PROCEEDINGS of the 22 nd International Congress on Acoustics Isotropy and Diffuseness in Room Acoustics: Paper ICA2016-578 A wavenumber approach to characterizing the diffuse field conditions in reverberation
PHYS-2020: General Physics II Course Lecture Notes Section VIII
PHYS-2020: General Physics II Course Lecture Notes Section VIII Dr. Donald G. Luttermoser East Tennessee State University Edition 4.0 Abstract These class notes are designed for use of the instructor and
INFLUENCE OF TIME-VARIANCE IN AUDITORIUM ON IMPULSE RESPONSE MEASUREMENT
INFLUENCE OF TIME-VARIANCE IN AUDITORIUM ON IMPULSE RESPONSE MEASUREMENT PACS: 43.55.MC Satoh Fumiaki* 1 ; Nagayama Mitsuru* 1 ; Tachibana Hideki* 2 *1 Chiba Institution of Technology Tsudanuma 2-17-1,
Data-based Binaural Synthesis Including Rotational and Translatory Head-Movements
Data-based Binaural Synthesis Including Rotational and Translatory Head-Movements Frank Schultz 1 and Sascha Spors 1 1 Institute of Communications Engineering, Universität Rostock, R.-Wagner-Str. 31 (H8),
Lecture 17. Mechanical waves. Transverse waves. Sound waves. Standing Waves.
Lecture 17 Mechanical waves. Transverse waves. Sound waves. Standing Waves. What is a wave? A wave is a traveling disturbance that transports energy but not matter. Examples: Sound waves (air moves back
Antialiased Soft Clipping using an Integrated Bandlimited Ramp
Budapest, Hungary, 31 August 2016 Antialiased Soft Clipping using an Integrated Bandlimited Ramp Fabián Esqueda*, Vesa Välimäki*, and Stefan Bilbao** *Dept. Signal Processing and Acoustics, Aalto University,