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Auralization: fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality

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Bibliographic Details
Main Author:	Vorländer, Michael 1958- (Author)
Format:	Book
Language:	English
Published:	Berlin [u.a.] Springer 2008
Edition:	1. ed.
Series:	RWTHedition
Subjects:	Psychoacoustics Sound > Computer simulation Virtual reality Akustisches Signal Computersimulation
Online Access:	Inhaltsverzeichnis Inhaltstext Inhaltsverzeichnis
Item Description:	Literaturverz. S. [319] - 330
Physical Description:	XV, 335 S. Ill., graph. Darst. 24 cm
ISBN:	9783540488293 3540488294

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Record in the Search Index

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adam_text	MICHAEL VORLAENDER AURALIZATION FUNDAMENTALS OF ACOUSTICS, MODELLING, SIMULATION, ALGORITHMS AND ACOUSTIC VIRTUAL REALITY FIRST EDITION SPRINGER CONTENT INTRODUCTION 1 1 FUNDAMENTALS OF ACOUSTICS 7 1.1 SOUND FIELD EQUATIONS AND THE WAVE EQUATION 8 1.1.1 SOUND FIELD QUANTITIES 9 1.1.2 DERIVATION OF THE WAVE EQUATION 10 1.2 PLANE WAVES IN FLUID MEDIA 13 1.3 PLANE HARMONIC WAVES 15 1.4 WIDEBAND WAVES ANDSIGNALS 15 1.5 ENERGY AND LEVEL 16 1.6 SOUND INTENSITY 19 1.7 LEVEL ARITHMETIC 20 1.8 FREQUENCY BANDS 21 2 SOUND SOURCES 23 2.1 SPHERICAL WAVES 23 2.2 HARMONIC MONOPOLE SOURCE AND SOUND POWER 24 2.3 PULSATING SPHERE AND RADIATION IMPEDANCE 26 2.4 MULTIPOLES AND EXTENDED SOURCES 28 2.5 SPHERICAL HARMONICS 31 3 SOUND PROPAGATION 35 3.1 REFLECTION OF PLANE WAVES AT AN IMPEDANCE PLANE 35 3.1.1 EXAMPLES OF WALL IMPEDANCES 37 3.2 SPHERICAL WAVE ABOVE IMPEDANCE PLANE 41 3.3 SCATTERING 42 3.3.1 OBJECT SCATTERING 42 3.3.2 SURFACE SCATTERING 43 3.4 DIFFRACTION 47 3.5 REFRACTION 48 3.6 ATTENUATION 49 3.7 DOPPLER EFFECT 51 XII CONTENT 4 SOUND FIELDS IN CAVITIES AND IN ROOMS 53 -J 4.1 CAVITIES 53 4.2 MODES 54 4.2.1 BOUNDARY CONDITIONS 56 4.3 GEOMETRICAL ACOUSTICS 58 4.4 STATISTICAL REVERBERATION THEORY 59 4.4.1 REVERBERATION 61 4.4.2 STEADY-STATE ENERGY DENSITY AND LEVEL 63 5 STRUCTURE-BORNE SOUND 69 5.1 WAVES IN SOLID MEDIA 69 5.2 WAVES ON PLATES AND THEIR RADIATION 72 5.2.1 FINITE-SIZE PLATES 75 5.2.2 INTERNAL LOSSES AND STRUCTURAL REVERBERATION TIME. 75 5.3 VIBRATIONALTRANSMISSIONOVERJUNCTIONS 76 6 PSYCHOACOUSTICS 79 6.1 ANATOMY OF THE PERIPHERAL HEARING SYSTEM 79 6.2 PSYCHOACOUSTIC CHARACTERIZATION 81 6.2.1 LOUDNESS 82 6.2.2 TEMPORAL MASKING 84 6.2.3 TIME-VARYING LOUDNESS 84 6.2.4 SHARPNESS 84 6.2.5 FLUCTUATION STRENGTH 85 6.2.6 ROUGHNESS 85 6.2.7 TONALITY, PITCH, PITCH STRENGTH 85 6.3 BINAURAL HEARING 86 6.3.1 HEAD-RELATED TRANSFER FUNCTIONS 87 6.3.2 ARTIFICIAL HEADS 90 6.4 HEARING IN ROOMS 92 6.4.1 REVERBERANCE 94 6.4.2 STRENGTH 96 6.4.3 SPEECH INTELLIGIBILITY AND TRANSPARENCE 96 6.4.4 SPATIAL IMPRESSION 98 6.4.5 SPATIAL VARIATIONS INAROOM 100 6.4.6 ESTIMATION OF THE MONAURAL SUBJECTIVE PARAMETERS 101 7 SIGNAL PROCESSING FOR AURALIZATION 103 7.1 THE CONCEPT OF AURALIZATION 103 7.2 FUNDAMENTALS OF SIGNAL PROCESSING 106 7.2.1 SIGNALS AND SYSTEMS 106 7.2.2 IMPULSE RESPONSE AND TRANSFER FUNCTION 107 CONTENT XFFL 7.3 FOURIER TRANSFORMATION 110 7.4 ANALOGUE-TO-DIGITAL CONVERSION 112 7.5 DISCRETE FOURIER TRANSFORMATION 115 7.6 FAST FOURIER TRANSFORMATION 116 7.6.1 SOURCES OF ERRORS, LEAKAGE AND TIME WINDOWS 117 7.7 DIGITAL ALTERS 119 8 CHARACTERIZATION OF SOURCES 123 8.1 AIRBORNE SOUND SOURCES 123 8.1.1 MULTIPOLE SYNTHESIS 124 8.1.2 MUSICAL INSTRUMENTS 126 8.1.3 SINGING VOICE 128 8.1.4 SPEAKING VOICE 129 8.1.5 ANECHOIC RECORDINGS 129 8.2 STRUCTURE-BORNE SOUND SOURCES 133 8.2.1 GENERAL APPROACH 133 8.2.2 3-D FORCE SOURCES 135 9 CONVOLUTION AND SOUND SYNTHESIS 137 9.1 DISCRETE CONVOLUTION 137 9.2 FFT CONVOLUTION 139 9.2.1 SEGMENTED CONVOLUTION 139 9.3 BINAURAL SYNTHESIS 141 9.4 BINAURAL MIXING CONSOLE 143 9.5 SPATIAL RESOLUTION OF HRTF 145 10 SIMULATION MODEIS 147 10.1 SIMULATION METHODS FOR SOUND AND VIBRATIONAL FIELDS 147 10.1.1 RECIPROCITY 150 10.1.2 FREQUENCY DOMAIN MODEIS 153 10.1.3 TIME DOMAIN MODEIS 162 10.2 TWO-PORT MODEIS 166 10.2.1 TRANSFER PATH MODEIS 170 10.3 OTHER MODEIS 173 11 SIMULATION OF SOUND IN ROOMS 175 11.1 GENERAL 175 11.1.1 CADROOMMODEL 176 11.1.2 ABSORPTION COEFFICIENTS 180 11.1.3 SCATTERING COEFFICIENTS 181 11.2 STOCHASTIC RAY TRACING 181 11.2.1 POINT-IN-POLYGON TEST 184 11.2.2 DETECTORS 185 XIV CONTENT 11.2.3 PRESENTATION OF RESULTS 186 11.2.4 CURVED SURFACES '. 188 11.2.5 REPRODUCIBILITY IN STOCHASTIC RAY TRACING 190 11.2.6 COMPUTATION TIMES VERSUS UNCERTAINTIES - CASE STUDIES 197 11.3 IMAGE SOURCE MODEL 199 11.3.1 CLASSICAL MODEL 199 11.3.2 AUDIBILITY TEST 202 11.3.3 LIMITATIONS 204 11.3.4 DIFFRACTION 206 11.3.5 REDUCTION OF COMPUTATIONAL LOAD BY PREPROCESSING 207 11.4 HYBRID IMAGE SOURCE MODEIS (DETERMINISTIC RAY TRACING). 210 11.5 SYSTEMATIC UNCERTAINTIES OF GEOMETRICAL ACOUSTICS 213 11.6 HYBRID MODEIS IN ROOM ACOUSTICS 216 11.6.1 HYBRID DETERMINISTIC-STOCHASTIC MODEIS 217 11.7 CONSTRUCTION OF BINAURAL ROOM IMPULSE RESPONSES 222 12 SIMULATION AND AURALIZATION OF AIRBORNE SOUND INSULATION 227 12.1 DEFINITIONS OF AIRBORNE SOUND TRANSMISSION 228 12.2 SOUND INSULATION OF BUILDING ELEMENTS 229 12.3 SOUND INSULATION OF BUILDINGS 233 12.3.1 FLANKING TRANSMISSION 235 12.4 SOUND TRANSMISSION PREDICTION MODEIS 235 12.5 AURALIZATION OF AIRBORNE SOUND INSULATION 238 13 SIMULATION AND AURALIZATION OF STRUCTURE-BORNE SOUND 245 13.1 DEFINITIONS OF IMPACT SOUND TRANSMISSION 245 13.2 IMPACT SOUND MODEL 246 13.3 IMPACT SOUND AURALIZATION 249 13.4 STRUCTURE-BORNE INTERACTION MODEL 251 14 BINAURAL TRANSFER PATH SYNTHESIS 255 14.1 SOURCE IDENTIFICATION AND CHARACTERIZATION 257 14.1.1 AIRBORNE SOUND SOURCES 258 14.1.2 STRUCTURE-BORNE SOUND SOURCES 261 14.2 TRANSFER PATH CHARACTERIZATION 262 14.3 AURALIZATION IN BTPS 264 15 ASPECTS OF REAL-TIME PROCESSING 267 15.1 REAL-TIME BINAURAL SYNTHESIS 268 15.1.1 HRTF IN MULTIPLE DEGREES OF FREEDOM 269 CONTENT XV 15.2 ROOM ACOUSTICAL REAL-TIME AURALIZATION 270 15.2.1 SOURCE ANDRECEIVER 271 15.2.2 REAL-TIME PROCESSING OF IMAGE SOURCES 272 15.2.3 REAL-TIME MODELLING OF REVERBERATION 275 15.3 HYBRID REAL-TIME ROOM AURALIZATION 277 16 3-D SOUND REPRODUCTION AND VIRTUAL REALITY SYSTEMS 279 16.1 HEADPHONE SYSTEMS 280 16.1.1 HEADPHONE EQUALIZATION FOR BINAURAL SIGNALS 283 16.1.2 INDIVIDUAL ALTERS 284 16.2 LOUDSPEAKER SYSTEMS 287 16.2.1 VBAP SURROUND SOUND 288 16.2.2 AMBISONICS 288 16.2.3 WAVE FIELD SYNTHESIS 289 16.2.4 BINAURAL LOUDSPEAKER TECHNOLOGY 293 16.3 VR TECHNOLOGY AND INTEGRATED VR SYSTEMS 298 ANNEX 303 MATERIAL DATA 303 TABLES OF RANDOM-INCIDENCE ABSORPTION COEFFICIENTS, A 304 TABLES OF RANDOM-INCIDENCE SCATTERING COEFFICIENTS, S 311 TABLES OF SOUND REDUCTION INDICES, R 316 REFERENCES 319 INDEX 331
adam_txt	MICHAEL VORLAENDER AURALIZATION FUNDAMENTALS OF ACOUSTICS, MODELLING, SIMULATION, ALGORITHMS AND ACOUSTIC VIRTUAL REALITY FIRST EDITION SPRINGER CONTENT INTRODUCTION 1 1 FUNDAMENTALS OF ACOUSTICS 7 1.1 SOUND FIELD EQUATIONS AND THE WAVE EQUATION 8 1.1.1 SOUND FIELD QUANTITIES 9 1.1.2 DERIVATION OF THE WAVE EQUATION 10 1.2 PLANE WAVES IN FLUID MEDIA 13 1.3 PLANE HARMONIC WAVES 15 1.4 WIDEBAND WAVES ANDSIGNALS 15 1.5 ENERGY AND LEVEL 16 1.6 SOUND INTENSITY 19 1.7 LEVEL ARITHMETIC 20 1.8 FREQUENCY BANDS 21 2 SOUND SOURCES 23 2.1 SPHERICAL WAVES 23 2.2 HARMONIC MONOPOLE SOURCE AND SOUND POWER 24 2.3 PULSATING SPHERE AND RADIATION IMPEDANCE 26 2.4 MULTIPOLES AND EXTENDED SOURCES 28 2.5 SPHERICAL HARMONICS 31 3 SOUND PROPAGATION 35 3.1 REFLECTION OF PLANE WAVES AT AN IMPEDANCE PLANE 35 3.1.1 EXAMPLES OF WALL IMPEDANCES 37 3.2 SPHERICAL WAVE ABOVE IMPEDANCE PLANE 41 3.3 SCATTERING 42 3.3.1 OBJECT SCATTERING 42 3.3.2 SURFACE SCATTERING 43 3.4 DIFFRACTION 47 3.5 REFRACTION 48 3.6 ATTENUATION 49 3.7 DOPPLER EFFECT 51 XII CONTENT 4 SOUND FIELDS IN CAVITIES AND IN ROOMS 53 -J 4.1 CAVITIES 53 4.2 MODES 54 4.2.1 BOUNDARY CONDITIONS 56 4.3 GEOMETRICAL ACOUSTICS 58 4.4 STATISTICAL REVERBERATION THEORY 59 4.4.1 REVERBERATION 61 4.4.2 STEADY-STATE ENERGY DENSITY AND LEVEL 63 5 STRUCTURE-BORNE SOUND 69 5.1 WAVES IN SOLID MEDIA 69 5.2 WAVES ON PLATES AND THEIR RADIATION 72 5.2.1 FINITE-SIZE PLATES 75 5.2.2 INTERNAL LOSSES AND STRUCTURAL REVERBERATION TIME. 75 5.3 VIBRATIONALTRANSMISSIONOVERJUNCTIONS 76 6 PSYCHOACOUSTICS 79 6.1 ANATOMY OF THE PERIPHERAL HEARING SYSTEM 79 6.2 PSYCHOACOUSTIC CHARACTERIZATION 81 6.2.1 LOUDNESS 82 6.2.2 TEMPORAL MASKING 84 6.2.3 TIME-VARYING LOUDNESS 84 6.2.4 SHARPNESS 84 6.2.5 FLUCTUATION STRENGTH 85 6.2.6 ROUGHNESS 85 6.2.7 TONALITY, PITCH, PITCH STRENGTH 85 6.3 BINAURAL HEARING 86 6.3.1 HEAD-RELATED TRANSFER FUNCTIONS 87 6.3.2 ARTIFICIAL HEADS 90 6.4 HEARING IN ROOMS 92 6.4.1 REVERBERANCE 94 6.4.2 STRENGTH 96 6.4.3 SPEECH INTELLIGIBILITY AND TRANSPARENCE 96 6.4.4 SPATIAL IMPRESSION 98 6.4.5 SPATIAL VARIATIONS INAROOM 100 6.4.6 ESTIMATION OF THE MONAURAL SUBJECTIVE PARAMETERS 101 7 SIGNAL PROCESSING FOR AURALIZATION 103 7.1 THE CONCEPT OF AURALIZATION 103 7.2 FUNDAMENTALS OF SIGNAL PROCESSING 106 7.2.1 SIGNALS AND SYSTEMS 106 7.2.2 IMPULSE RESPONSE AND TRANSFER FUNCTION 107 CONTENT XFFL 7.3 FOURIER TRANSFORMATION 110 7.4 ANALOGUE-TO-DIGITAL CONVERSION 112 7.5 DISCRETE FOURIER TRANSFORMATION 115 7.6 FAST FOURIER TRANSFORMATION 116 7.6.1 SOURCES OF ERRORS, LEAKAGE AND TIME WINDOWS 117 7.7 DIGITAL ALTERS 119 8 CHARACTERIZATION OF SOURCES 123 8.1 AIRBORNE SOUND SOURCES 123 8.1.1 MULTIPOLE SYNTHESIS 124 8.1.2 MUSICAL INSTRUMENTS 126 8.1.3 SINGING VOICE 128 8.1.4 SPEAKING VOICE 129 8.1.5 ANECHOIC RECORDINGS 129 8.2 STRUCTURE-BORNE SOUND SOURCES 133 8.2.1 GENERAL APPROACH 133 8.2.2 3-D FORCE SOURCES 135 9 CONVOLUTION AND SOUND SYNTHESIS 137 9.1 DISCRETE CONVOLUTION 137 9.2 FFT CONVOLUTION 139 9.2.1 SEGMENTED CONVOLUTION 139 9.3 BINAURAL SYNTHESIS 141 9.4 BINAURAL MIXING CONSOLE 143 9.5 SPATIAL RESOLUTION OF HRTF 145 10 SIMULATION MODEIS 147 10.1 SIMULATION METHODS FOR SOUND AND VIBRATIONAL FIELDS 147 10.1.1 RECIPROCITY 150 10.1.2 FREQUENCY DOMAIN MODEIS 153 10.1.3 TIME DOMAIN MODEIS 162 10.2 TWO-PORT MODEIS 166 10.2.1 TRANSFER PATH MODEIS 170 10.3 OTHER MODEIS 173 11 SIMULATION OF SOUND IN ROOMS 175 11.1 GENERAL 175 11.1.1 CADROOMMODEL 176 11.1.2 ABSORPTION COEFFICIENTS 180 11.1.3 SCATTERING COEFFICIENTS 181 11.2 STOCHASTIC RAY TRACING 181 11.2.1 POINT-IN-POLYGON TEST 184 11.2.2 DETECTORS 185 XIV CONTENT 11.2.3 PRESENTATION OF RESULTS 186 11.2.4 CURVED SURFACES '. 188 11.2.5 REPRODUCIBILITY IN STOCHASTIC RAY TRACING 190 11.2.6 COMPUTATION TIMES VERSUS UNCERTAINTIES - CASE STUDIES 197 11.3 IMAGE SOURCE MODEL 199 11.3.1 CLASSICAL MODEL 199 11.3.2 AUDIBILITY TEST 202 11.3.3 LIMITATIONS 204 11.3.4 DIFFRACTION 206 11.3.5 REDUCTION OF COMPUTATIONAL LOAD BY PREPROCESSING 207 11.4 HYBRID IMAGE SOURCE MODEIS (DETERMINISTIC RAY TRACING). 210 11.5 SYSTEMATIC UNCERTAINTIES OF GEOMETRICAL ACOUSTICS 213 11.6 HYBRID MODEIS IN ROOM ACOUSTICS 216 11.6.1 HYBRID DETERMINISTIC-STOCHASTIC MODEIS 217 11.7 CONSTRUCTION OF BINAURAL ROOM IMPULSE RESPONSES 222 12 SIMULATION AND AURALIZATION OF AIRBORNE SOUND INSULATION 227 12.1 DEFINITIONS OF AIRBORNE SOUND TRANSMISSION 228 12.2 SOUND INSULATION OF BUILDING ELEMENTS 229 12.3 SOUND INSULATION OF BUILDINGS 233 12.3.1 FLANKING TRANSMISSION 235 12.4 SOUND TRANSMISSION PREDICTION MODEIS 235 12.5 AURALIZATION OF AIRBORNE SOUND INSULATION 238 13 SIMULATION AND AURALIZATION OF STRUCTURE-BORNE SOUND 245 13.1 DEFINITIONS OF IMPACT SOUND TRANSMISSION 245 13.2 IMPACT SOUND MODEL 246 13.3 IMPACT SOUND AURALIZATION 249 13.4 STRUCTURE-BORNE INTERACTION MODEL 251 14 BINAURAL TRANSFER PATH SYNTHESIS 255 14.1 SOURCE IDENTIFICATION AND CHARACTERIZATION 257 14.1.1 AIRBORNE SOUND SOURCES 258 14.1.2 STRUCTURE-BORNE SOUND SOURCES 261 14.2 TRANSFER PATH CHARACTERIZATION 262 14.3 AURALIZATION IN BTPS 264 15 ASPECTS OF REAL-TIME PROCESSING 267 15.1 REAL-TIME BINAURAL SYNTHESIS 268 15.1.1 HRTF IN MULTIPLE DEGREES OF FREEDOM 269 CONTENT XV 15.2 ROOM ACOUSTICAL REAL-TIME AURALIZATION 270 15.2.1 SOURCE ANDRECEIVER 271 15.2.2 REAL-TIME PROCESSING OF IMAGE SOURCES 272 15.2.3 REAL-TIME MODELLING OF REVERBERATION 275 15.3 HYBRID REAL-TIME ROOM AURALIZATION 277 16 3-D SOUND REPRODUCTION AND VIRTUAL REALITY SYSTEMS 279 16.1 HEADPHONE SYSTEMS 280 16.1.1 HEADPHONE EQUALIZATION FOR BINAURAL SIGNALS 283 16.1.2 INDIVIDUAL ALTERS 284 16.2 LOUDSPEAKER SYSTEMS 287 16.2.1 VBAP SURROUND SOUND 288 16.2.2 AMBISONICS 288 16.2.3 WAVE FIELD SYNTHESIS 289 16.2.4 BINAURAL LOUDSPEAKER TECHNOLOGY 293 16.3 VR TECHNOLOGY AND INTEGRATED VR SYSTEMS 298 ANNEX 303 MATERIAL DATA 303 TABLES OF RANDOM-INCIDENCE ABSORPTION COEFFICIENTS, A 304 TABLES OF RANDOM-INCIDENCE SCATTERING COEFFICIENTS, S 311 TABLES OF SOUND REDUCTION INDICES, R 316 REFERENCES 319 INDEX 331
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id	DE-604.BV023330450
illustrated	Illustrated
index_date	2024-07-02T20:57:22Z
indexdate	2024-07-20T09:41:15Z
institution	BVB
isbn	9783540488293 3540488294
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-016514387
oclc_num	171111969
open_access_boolean
owner	DE-824 DE-92 DE-634 DE-83 DE-29T DE-11 DE-91 DE-BY-TUM
owner_facet	DE-824 DE-92 DE-634 DE-83 DE-29T DE-11 DE-91 DE-BY-TUM
physical	XV, 335 S. Ill., graph. Darst. 24 cm
publishDate	2008
publishDateSearch	2008
publishDateSort	2008
publisher	Springer
record_format	marc
series2	RWTHedition
spelling	Vorländer, Michael 1958- Verfasser (DE-588)11171852X aut Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality Michael Vorländer. [RWTH Aachen University] 1. ed. Berlin [u.a.] Springer 2008 XV, 335 S. Ill., graph. Darst. 24 cm txt rdacontent n rdamedia nc rdacarrier RWTHedition Literaturverz. S. [319] - 330 Psychoacoustics Sound Computer simulation Virtual reality Akustisches Signal (DE-588)4141783-5 gnd rswk-swf Computersimulation (DE-588)4148259-1 gnd rswk-swf Akustisches Signal (DE-588)4141783-5 s Computersimulation (DE-588)4148259-1 s DE-604 http://www.gbv.de/dms/ilmenau/toc/538351209.PDF Inhaltsverzeichnis text/html http://deposit.dnb.de/cgi-bin/dokserv?id=2862003&prov=M&dok_var=1&dok_ext=htm Inhaltstext GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016514387&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Vorländer, Michael 1958- Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality Psychoacoustics Sound Computer simulation Virtual reality Akustisches Signal (DE-588)4141783-5 gnd Computersimulation (DE-588)4148259-1 gnd
subject_GND	(DE-588)4141783-5 (DE-588)4148259-1
title	Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality
title_auth	Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality
title_exact_search	Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality
title_exact_search_txtP	Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality
title_full	Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality Michael Vorländer. [RWTH Aachen University]
title_fullStr	Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality Michael Vorländer. [RWTH Aachen University]
title_full_unstemmed	Auralization fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality Michael Vorländer. [RWTH Aachen University]
title_short	Auralization
title_sort	auralization fundamentals of acoustics modelling simulation algorithms and acoustic virtual reality
title_sub	fundamentals of acoustics, modelling, simulation, algorithms and acoustic virtual reality
topic	Psychoacoustics Sound Computer simulation Virtual reality Akustisches Signal (DE-588)4141783-5 gnd Computersimulation (DE-588)4148259-1 gnd
topic_facet	Psychoacoustics Sound Computer simulation Virtual reality Akustisches Signal Computersimulation
url	http://www.gbv.de/dms/ilmenau/toc/538351209.PDF http://deposit.dnb.de/cgi-bin/dokserv?id=2862003&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016514387&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT vorlandermichael auralizationfundamentalsofacousticsmodellingsimulationalgorithmsandacousticvirtualreality

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