Program ICA 2019 17 September 2019 - ICA 2019 - ICA...

Program ICA 2019 17

Monday, September 9, 2019

Europa09:00 Opening Ceremony10:45 Coffee Break11:15 Keynote Lecture Marion Burgess

”Sound and Noise around us”12:00 Lunch Break

Europa Brüssel Berlin 1 Berlin 2 Berlin 3 Lissabon 1 Lissabon 2

Room acous-tics 20 A

Five minutesthesis slam

Buildingacoust. 04 A

Vehicleacoust. 10 E

Phys., psych.and aud. 18 A

Signal pro-cessing 02 E

Room acous-tics 20 W

13:2

0 Jot: InteractiveAudio SceneModel

5 Min Thesissession

Guigou-Carter:Soundattenuationventilation

Lee: TPA forpowertrain

Sumner: RayMeddis, ModelScientist

Xiang:Bayesiandirection ofarrivals

Prodi: Shorttermapplication ofSTI

13:4

0 Kashiwazaki:Totalperformanceimprov.

5 Min Thesissession

Soussi:Transmissionof Windows

Elliott: In-SituTransfer PathAnalysis

Van Gendt:Predict.intracochlearECoG

Elko:Microphonearrayprocessing

Lorenz-Kierakiewitz:Multidimens.Cluster Analy.

14:0

0 Yuko: 3DSharingSystem

5 Min Thesissession

Chen: Single-and Double-GlazingPanels

Barton: In-SituTransfer PathAnalysis

Ashida: SimpleAud. NeuronModels

Yu:Non-synchr.measurements

Horvat:MultipurposeHalls Croatia

14:2

0 Georgiou:Simul. ofbenchmarkroom

5 Min Thesissession

Huang:AluminumFramings

Anisovich:Vibrating plateAirborne MIM

Borst: Prespikecalyx ofsynapse

Stanojevic:Noise spatialdistribution

Peretokin:Acoustics ofFIFA stadiums

14:4

0 Coffee break 5 Min Thesissession

Loverde:Rebuildrepeatability

Coffee break Coffee break Bölke: DamageDetectionArray

Neidhardt:PerceptionOBRIRtechniques

15:0

0 Fallahi: BRIRsVirtual ArtificialHead

5 Min Thesissession

Reynders:Robustradiationprediction

Jürgens:Transfer PathAnalysis

Encke:Binaural incoh.detection

Hahmann:LearnedSound Field

Anderson:Echoidentification

Please view page 1 and 2 together as double page

18 ICA 2019 Program

Amsterdam K3 K4 K5 K6 K7/K8 K9

Signal pro-cessing 02 C

Soundscape21 K

Environment.sound 11 F

Flow acous-tics 13 A

Health effects09.1 A

Active acoust.systems 01 A

Physicalacoust. 17 A

13:2

0 David: Bindingof speechsyllables

Cooper:SynthesisedTest Signals

Attenborough:Natural noisecontrol

Snakowska:Duct-LikeSystemMultiport

Hooper:Meaning ofNoiseAnnoyance

Makiyama:EffectivenessANC Partition

Talboys:Trailing EdgeFlaplets

13:4

0 Siedenburg:Musical sceneanalysis

Cooper:Simplified AMAnalysis

Suravi: Soundpropagation insoil

Van Tricht:Characterizati-on of fannoise

Wothge:MultipleQuestionScales

Bai: Inversefilter design

Weidenfeld: In-homogeneousairfoil noise

14:0

0 Löllmann: BlindRT Estim.Algorithms

Cooper: IWindFarm Noise

Romanova:Sound controlby greening

Sack:Non-LinearMulti-Port

Schreckenberg:Aircr. noiseannoyancescale

Cherkkil: ANCCFDSimulation

Chen:Aeroelasticvortex sound

14:2

0 Emmanouilidou:Acoustics andaudio events

Radun:Variables andWTN annoy.

Ostashev:SoundPropagation inForest

Faure: LNSET-Junction

Gjestland:Road trafficnoiseannoyance

Abhayapala:Spatial NoiseControl

Herr: WindTurbine BladeTips

14:4

0 Anemüller:Deep networklocalization

Coffee break Li: Absorptionby Tree Bark

Liang:Vibration ofValve

Kuwano:Studies ofAnnoyance

Coffee break Baddoo:Porous bladesrow acoustics

15:0

0 Lizaso: Virtualauditoryscenes

Coffee break Coffee break Wang: LowMach Number

Coffee break Wang: Localquiet zones

Coffee break


Monday, September 9, 2019

Program ICA 2019 19

Monday, September 9, 2019 (continued)


Room acous-tics 20 A

StudentEvents


Vehicleacoust. 10 E

Phys., psych.and aud. 18 A

Signal pro-cessing 02 E

Room acous-tics 20 W

15:2

0 Thery: VRAnechoicDatabase

Student Events Coffee break Albert:Physics-Informed TPAand GP

Zaar:Predictingspeechintelligib.

Vincent:Acoustictransferadmittance

Accolti:Gypsumsphere 7m

History 06 B

15:4

0 SampedroLlopis: Localiz.3D AVRsystem

Student Events Yamasaki:FEM on a TLFMeasurement

Taguchi:Contribution toroad noise

Osses: Soundperceptionmodelling

Doclo: JointParameterEstimation

Díaz-Andreu:Project - Artso-undscapes

10 K Animal Bioac.03 D

16:0

0 Yairi: 3ch OSDfor off-axislisteners

Student Events Dijckmans:Double walljunctions

Kropp: Tyrecavityresonances

Bruce:Modelinggenetichearing loss

Wahlberg:Threshold units

Valiere:Method. toArchaeoacou-stics

16:2

0 Coffee break Student Events Ljunggren:Insulation CLTPanels

De Gregoriis:Prediction oftire hub forces

Coffee break Nummela:Evolution ofCetaceanHearing

Polack:MontivilliersAbbey

20 B roomsimul.

16:4

0 Yoshida: Alocally implicitTDFEM

Student Events Churchill:Thermalcladdingsystems

Poulikakos:Waste for silentroads

Epp: SOAEsas clusters

Christensen-Dalsgaard:UnderwaterTympanic Ear

Martin:Validation ofk-Wave

17:0

0 Pind: BCsHigh-OrderNodal FEM

Games Perras:Geometricallycomplex walls

Goubert:Poro-elasticpavement

Murakami:Boneconduction incochlea

Beedholm:Late and SlowPorpoise AEPs

Poirier-Quinot:VRreconstructionsfor study

17:2

0 Wang:Time-domainImpedance

Games Luykx: Highsoundinsulations

Bou LebaBassil: CFDModel VolumeVariation

Rimskaya-Korsakova:Pulse periph.coding

Larsen:CormorantUnderwaterHearing

Boren:Elizabeth ITilbury Speech

17:4

0 Games Uthayasuriyan:Equivalentplate models

Edwards:Trolley WheelParam. Study

Alrutz: SingleFiber EASModel

Van Hemmen:UnderwaterICE

Lubman:Numinousresponses

18:00 Opening of Exhibition Reception


20 ICA 2019 Program

Amsterdam K3 K4 K5 K6 K7/K8 K9Biometr. Ul-trasound 26 A

Soundscape21 D

Environment.sound 11 C

Active acoust.systems 01 C


Active acoust.systems 01 A

Physicalacoust. 17 B

15:2

0 Jenkinson:Low FrequencyRFB

Oberman:Towards ESSI

Alsina-Pagès:DYNAMAPEvent Detector

Coffee break Versümer:Low-levelsound sources

Elliott: RobustANCperformance

Coffee break

15:4

0 Maruvada:Freq limits ofRFB target

Vardaxis:Modelingacousticcomfort

Procter:Collation andUse of Data

Fuller:Acoustic MetaMaterials

Zhang:High-speedrailway noise

Orita: ActiveControl ofScattering

Kondoh: Digitalmicro-laboratory

16:0

0 Howard:OpticalHydrophoneCalibr.

Lawrence:WAM for UrbanSoundscapes

Prezelj: Noiseimmissiondirectivity

Tan: ActiveNoise ControlSystem

Marki: Mobileapp to assesQoL

Alujevic:Synthesis ofthe Inerter

Cheng:Wave-velocityDispersion

16:2

0 Ueberle:Extracorp.PressurePulses

Yu:SoundscapeAssessment

Dagallier:Travel times inenvironments

Langfeldt:Partitions withmetamaterials

Grossarth:Annoyancedue to

Coffee break Kuznetsova:PZ plate withgasoline

Shooting09.1 B Noise policy

08 B

16:4

0 Durando:EURAMETEMPIR RaCHy

Engel:Soundscapecost index

Coffee break Demiryurek:Non-linearMetamaterials

VanRenterghem:Noise policyclassification

Gallo: Urbansocialgatheringsnoise

Coffee break

Soundscape21 E

Animal Bioac.03 W

17:0

0 VanRenterghem:Parksoundscape

Jo: UrbanParks

Antoniou:Natural reservebirds traffic

Riedel: Civicengagement

Akbulut Coban:RecreationalNoise Manag.

Kolesov: SHwaves inpz-liquid

17:2

0 Can: RT Noiseat peak hours

Zhang:Restoration ofsoundscape

Snaith: GiantPandaResponse

Van Kamp:Soundscapeand restoration

Bartalucci:PoliciesRecreationalNoise

Cleve: Microst-reamingbubbles

17:4

0 Akin Güler:Quiet AreasAcoustic

Suhanek:Synthesis ofSoundscape-GA

Dohmen:Quantifyinghealth effects

Yan: Revisionof GB 50118

Melchor:Nonlinearshear waves


Monday, September 9, 2019 (continued)

Program ICA 2019 23

Tuesday, September 10, 2019


Room acous-tics 20 G

Buildingacoust. 04 F


Virtualacoust. 27 B

Phys., psych.and aud. 18 D

Signal pro-cessing 02 D

Room acous-tics 20 C

08:4

0 Jaramillo:ClassroomRedesign

Crispin:Bendingstiffness ofwalls

Whitfield:HeavyweightConstruction

Jambrošic:IMU in VR

Encke:Likelihoodbased IPDdecoder

Kondo:Multi-ArrayAudio Spotlight

D’Antonio:CoefficientMeasurements

09:0

0 De Salvio:SNR universityclassrooms

Morandi:FlexuralWavenumbers

Van Hoorickx:Sound Transm.Modeling

Autio:Attention-GuidedAlgorithm

Meister:Cocktail-partylistening

Mori: ThermalRunawayControl

Ballestero: 3DPrinted QR-Metadiffuser

09:2

0 Lubman:Soundabsorbingceilings

Santoni:Structure cha-racterisation

Decraene:Soundtransmissionmodelling

Lehtiniemi:Musicexperiences inAR

Picinali: ImpactHRTF on SRT

Sayama:ResonanceControl

Jiménez: Metadiffusers

09:4

0 Zahorik:Adaptation toRoomAcoustics

Conta: Reverb.time Woodsol

Van denWyngaert:Materialdistribution

Cuevas-Rodriguez:Effect of HMDon HRTF

Danes:Information-basedlocalization

Fujii: Demodul.DistanceControl

RomeroGarcía:Subwavelengthabsorbers

10:0

0 Coffee break Coffee break Opiela:Modelling of3D-printedfoams

Arend: Gridsfor HRTFUpsampling

Coffee break Geng:DevelopmentMulti-way PAL

Arvidsson:Diffusers inpublic rooms

10:2

0 Jarosz:Acoustictreatment ofschool

Miller:ViscoelasticMaterialAnalysis

Coffee break Steffens:Perception ofDirectivity

Klug: Model ofBinauralPerception

Melon: Designof a directivesource

Coffee break

04 D struct.-borne

10:4

0 Takala: Openplan schoolmeas.

Bailhache:Indirect impactsound

Gibbs: Singlerig two stagemethod

Jot: Criteria forMR Audio

Baumgartner:PredictingExternalization

Zotter:Sphericalloudsp. arrays

Shtrepi:Diffusivesurface design

Vehicle ac.10 G

11:0

0 Astolfi:Well-being andacoustics

Golden: Pred.Heavy WeightDrops

Schöpfer:Singlereception platemethod

Schwab:Conversion ofsubtracks

Sakamoto:Auditory spatialattention

Kakuzaki: MCAby Frame Array

Redondo: MOoptimiz. Sounddiffusers

11:2

0 Noguchi:Preschoolsoundenvironment

Rajmane:Elast. IsolationAc. Chambers

Reinhold:Time-VaryingSources

Sparrow:SonicBATHighlights

Pastore:Precedencemodel

Ito: SpatialActive NoiseControl

Bidondo:Room acoustictexture

Europa11:45 Keynote Lecture Shrikanth Narayanan

”Sounds of the human vocal instrument”12:30 Lunch Break


24 ICA 2019 Program


Electro-acoust. 12 C

History06 C

Phys., psych.and aud. 18 F

Flow acous-tics 13 B

Health effects09.1 C

Environment.sound 11 E

Physicalacoust. 17 C

08:4

0 Doclo:Acoustictransparency

Haverkamp:QualiaProblem

Seeber: ITDcodingcochlearimplants

Weitz:Aeroacousticsof Phonation

Schäffer: Windturbine noiseannoyance

Pieren: AircraftFlyoverAuralisation

Sun: FanFlutter andImp. Wall

09:0

0 Ding: TonePerception CIChildren

Ebner: Speechrecogn. andsociety

Vickers:AMCI-eACCfor CIs

Probst:Acoustics ofthe vocal tract

Marini: WindTurbines / LowFreq.

Aalmoes:UrbanAuralization

Wang: Fluid-Structure-Acoustics

09:2

0 Unoki: Urgencyperception byspeech

Gatt: The innervoice

Goehring:SpectralBlurring in CIs

Blandin: Voicedirectivity

Hansen: AMprevalence inWFN

Maillard:Railway noiseauralization

Yang:Unbaffled LongEnclosure

Soundscape21 B

09:4

0 Zheng:Restore lostspeech comp.

Kang:Soundscapeindices

Nogueira:BinauralCochlearImplants

Arnela: FEsimulation of/asa/

Ishitake:Health effect ofwind turbine

Larsson:Auralization ofTrain Noise

Riedel: WindNoise inHearing Aids

10:0

0 Coffee break Ong:Predictionmodels oflevels

Coffee break Laprie: Glottalopeningmeasurem.

Yokoyama:Perception ofLFComponents

Coffee break Coffee break

17 E holes a.damp.

10:2

0 Guan: EmotionRecognitionChildren

Hong: ARSoundscapeEvaluation

Kan: SRM withTLE in bilateralCIs

Oren:Intraglottalvortices

Coffee break Thorsson:Wind TurbineSound Synth.

Vishwakarma:Intrinsicthermo-acoustic

10:4

0 Lai: SoundEventDetection

Zirn: Temporalcompens. inCI/HA

Kniesburges:Modeling vocalfold posture

Joost:Pure-toneinfrasound

Southern:Approaches toAuralisation

Gaudron:Acousticabsorption ofholes

13 C fan noise

11:0

0 Soares:MaximumMeas.Uncertainty

Hidayah: TrainSoundscape

Polonenko:BimodalHearing inChildren

AlaviMoghadam:Fan SourceLocalization

Morinaga:Oppressive /vibratory toLFN

Finne:EnvironmentalAuralisations

Bourquard:T-junctionaeroacoustics

11:2

0 Peng: Wordand sentencerecogn.

Hapsari:Activities /humanperception

Sasaki:Prediction ofFan Noise

Van den Berg:Effect of a LFnoise CD

Takumi:Audiovisualsimulationmethod

Boakes:Aeroacousticscattering


Tuesday, September 10, 2019

Program ICA 2019 25

Tuesday, September 10, 2019 (continued)Europa Brüssel Berlin 1 Berlin 2 Berlin 3 Lissabon 1 Lissabon 2

Room acous-tics 20 G

Buildingacoust. 04 F

Buildingacoust. 04 D

Vehicleacoust. 10 G

Phys., psych.and aud. 18 D

Signal pro-cessing 02 D

Room acous-tics 20 C

14:0

0 Schiller:Children’sperception

Nash: Qualific.AnechoicChamber

Hoßfeld:Receptionplate

Merino-Mar-tinez: Improveaircraft noisemodels

Geronazzo:EvaluatingHRTF models

Møller:Automotive insitu beamform.

Nolan: Isotropyin reverberantfields

14:2

0 Bottalico:Intelligibility ofDysphonia

Toru:EnsembleAveraging

Hirao:Contribution ofair handler

Rossikhin:Booster StageTone Noise

Westhausen:BinauralSpeakerSeparation

Andersson:AcousticalLevitationTraps

Nakanishi:Absorption ofThinResonator

10 F 20 D

14:4

0 Braat-Eggen:Influence ofnoise onstudying

Sakuma:Oblique-incidenceabsorption

Shen: HeavyImpact onTimber Floor

Kropp: CurveSquealAbatement

Vicente:SpeechIntelligibilityModel

Abhayapala:SoundfieldreproductionDNN

Martellotta:SantiagoCathedral

15:0

0 Smith: Noiseon studentachievement

Lawanwadeekul:Clay BricksAbsorption

Schöpfer:Transmissionfunctions

Maly:Influences onCurve Squeal

Lindenbeck:Binaural SIPICI Paradigm

Hahn: TimeDomain LocalWFS

Alvarez-Morales: Riponcathedralacoustics

15:2

0 Prodi: Speechcomprehensi-on

Hoshi:ImpedanceMeasurement

Coffee break Fehndrich:DampedFreight Wheel

Giurda:Algorithmevaluation VSE

Ren: Distanceand Radius2CLAs

Carvalho:PortugueseRoman.churches

15:4

0 Poster Forum1st floorfoyer

Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum

16:0



16 C

16:2

0 Campbell: Ameasurementcase study

Hanyu:Measuringparticlevelocity

Dance: Facethe Music, 12y. study

Graf: RailroadSources usingArray

Altinsoy:Virtual textiles

Goebel:High-ResModular Array

Valiere:Abbaye desAnges

16:4

0 Holmer: Noiseand L2Phonology

Samarasinghe:AirflowResistanceMeas.

Pietrzak:Musicians’exposure tosound

Mortensen:Rail roughnesssurveys

Reyes-Lecuona: 3DTune-In Toolkit

Shabalina:Field-MatchingMethod SFS

Su Gul: HagiaSophia /Süleymaniye

04 H 22 W 18 L

17:0

0 Greenland:Inclusion inClassrooms

Wittstock:Absorbersfromrenewables

Wenmaekers:Orchestraexposuremeasures

Van Dijk:Practice meetstheory

Lim: IncidentalSoundLearning

Stein: AdjointSound

Boren:ThomaskircheAcoustics

17:2

0 Jeong: Roomacoustics forHI

Bietz: DynamicStiffnessMeas.

Miura: Dicrimi-nationability

Giglio: AI inAcousticDesign

Engineer:Training-inducedplasticity

Brunskog:Outdoorconcert adapt.sound

Malecki:WoodenChurches

17:4

0 Takahashi:Comfortablespaces forASD

Mecking:Renewables inprediction

Schlesinger:Exposure levelworkplace

Tierney:Selectiveattentiontraining

Heuchel:Adapting TFsfor outdoor

Rovigatti:Acoustics ofPisa Baptistery

19:00 Organ Concert in Aachen Cathedral (Dom) Please view page 7 and 8 together as double page

26 ICA 2019 Program


Numericalacoust. 15 B

Soundscape21 B

Underwateracoust. 14 B

Flow acous-tics 13 C

Health effects09.1 C

Environment.sound 11 E

Physicalacoust. 17 E

14:0

0 Kronowetter:Uncertainmeta-atoms

Jia:Soundscapescharacteristics

Stöber: MovingSources andReceivers

Piepiorka:Splitting incl.rotat. domains

Rajala:Loudness ofinfrasound

Fu: Traffic FlowAuralisation

Na: Tube rowswith Bias flow

14:2

0 Yu: STL ofmetamaterialgrating

Seo:Environment-basedEvaluation

Kirby: Sound inShallow Water

Dogan: Vortexsound basedcomp.

Nishimura:InfrasoundMonitoringDevice

Stienen:Region filteringauralization

Li: Impedanceof ultrathinMPPs

14:4

0 Fusaro: AMMwindowimprovement

Xavier Rego:Characterizati-on urbansound

Lee: 3D PEbased on GPU

Czwielong:Leading Edge /Axial Fans

Yamamoto:Infrasoundresearch at

Muhammad:Building NoiseAuralization

Sheng:AcousticMetamaterials

KUT09.1 F 11 D

15:0

0 Komito:Prediction ofsoundabsorber

Laib: AVASand urbansoundscape

Aslan:ParabolicEquationModel

Lucius: Fannoise in heatpumps

Quehl: Noiseannoyance inchildren

Probst: QualityAssuranceCNOSSOS

Yang: Entropysound of shortholes

15:2

0 Gaborit:EnvelopeEstim. forScreens

Lei:SoundscapeIdentification

Xiao: OpenMPParallelization

Zurbano-Fernandez: LEserrations onplug fan

Weidenfeld:Road TrafficAnnoyance

Lesieur:Metamodelingnoise mapping

Coffee break

15:4

0 Petrosino:Corrugatedsurfaces

17 D Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum

16:0

0 Inoue: FEA onacoust.resonators

Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum Groby: Strawinspiredmetafluid

16:2

0 Li: Vibro-ac.Behavior ofPlates

Science Com-municationPanel

Abshagen:Soundpropagationexper.

Schoder: CAAof an Axial Fan

Yagawa:RailwayAnnoyance

Aumond:Sensitivityanalysis

Jaouen:Challenges ofmetamaterials

16:4

0 Yang: Elasticmodeconversion


Avsic:ReducedBackscatterShape

Liberson:VentilatorNoiseSimulation

Haubrich:Expos.-responserelationships

Hiraguri:Estimatingdose-response

Gorain: TL ofHR embeddedmaterial

17:0

0 Dong:Acoustics NDT


Liu:Developmentof Transducers

Gostiša:Centrifugal fanaeroacoustics

Spilski:Different noisemetrics

Brezas: Soundpoweruncertainty

Vazquez Torre:Model 2DOFMetamaterial

09.2 C

17:2

0 Nieto Diaz:Coronadetection andmonit.


Fang:DisplacementAmplification

Schaefer: LBMSim. ofCentrifugal Fan

Baudin: Noiseand salivacortisol

Christensen:Topologicalbound states

17:4

0 Binek: SPLReduction WFIATHENA


Vienneau:Meta-analysisIHD diabetes

Zangeneh-Nejad:TopologicalFano Reson.


Tuesday, September 10, 2019 (continued)

Program ICA 2019 27

Wednesday, September 11, 2019


Room acous-tics 20 M

Buildingacoust. 04 H

Buildingacoust. 04 K

Roomacoustics 20 F

Phys., psych.and aud. 18 H

Signal pro-cessing 02 B

Room acous-tics 20 D

08:4

0 Bottalico: Voiceand NoiseDosimetry

Rubino:Absorberstextile wastes

Scrosati:Facadeinsulationprotection

Vercammen:Revision ofISO 354

Tye-Murray:Audiovisualspeechintegration

Brendel:DistanceEstimation

Basso: TheColon as aDouble Hall

09:0

0 Di Blasio:Noisegenerated bypupils

Gunawan:Woven fabric

Di Nocco:Ventilatedfacades

Scrosati:Principles RRTReverb Rooms

Meister:Audiovisualspeechperception

Zohourian:SpeakerDistanceEstimation

Fidecki:Assessment ofa concert hall

09:2

0 Anand: Noiseand VocalFunction

Kong:Absorption ofHoneycomb

Glebe:Auralization ofCoincidence

Wittstock:Referenceabsorber

Irwin: AVspeech in ASD

Beit-On:BinauralDirection-of-Arrival

Tavares:AcousticalConservation

09:4

0 Lyberg-Åhlander:Communic.and Learning

Mazzarella:Case studySnooze Panel

Cheung: BetterPlenumWindowDesign

Balint: Effect ofabsorberplacement

Grimm:Audio-visualstimuli

Olgun:DPD-testThresholdSelection

Pedrero:HolisticHeritageBuildings

10:0

0 Coffee break Attal:Absorption bygreen walls

Deganyar:FenestrationSystems

Coffee break Ahrens: AVscene analysis

MuñozMontoro:Source Loc.using CNMF

Pop: Acousticsof HeritageHalls

Spatial a. 02 F

10:2

0 Signoret:Semantics andspeech prod.

Coffee break Coffee break Massarani:DiffuseAbsorption 2Mics

Berthomieu:Loudness ofdistant sources

Brandenburg:PerceptualAspects

Coffee break

Low fr. 04 G

10:4

0 Verduyckt:Restorativespaces inschools

Guigou-Carter:Railwaysground-bornenoise

Körper:Varieties ofoutdoor noise

D’Antonio:NewReverberationChamber

Schutte: Virtualrattlesnakeacoustics

Remaggi:PerceivedReverberationin VR

Barbo: ArtMuseum ofSao Paulo

Multis. pr.18 K

Signal pr.02 G

11:0

0 Noguchi:Preschoolsoundenvironment

Jean: Groundborne noise rail

Harvie-Clark:Acoustic ventsnoisy sites

Nolan:Decayingreverberantfield

Zhou:Multisensoryreaction times

Wellershoff:Gabor phaseretrieval

Fagerlande:GonzagaTheater in Rio

11:2

0 Elmehdi:AcousticQualityUniversity

Masuda:Diffuse-FieldCorrection

Chan: BaffleType Window

Berzborn:DirectionalDecay Curves

Maddox:RelativelySpeaking

Holighaus:Phase-MagnitudeRelations

Alic: TurkishMosqueAcoustics

Europa11:45 Keynote Lecture Christopher Wiebusch and Tim Otto Roth

”Astroparticle Immersive Synthesizer3 or how cosmic ’ghost particles’ inspire a novel concept ofspatialisation of sound”

12:30 Lunch Break


28 ICA 2019 Program


Struct.-bornesound 24 B

Soundscape21 O

Noise + vibr.policy 08 K

Vehicleacoust. 10 D

Health effects09.1 G

Environment.sound 11 B

Active acoust.systems 01 B

08:4

0 Van der Aa:VibrationAccel.HV-GCR

Czopek:Unique ArcticSoundscape

Kok:Refinement ofCnossos

Sakamoto:ASJ RTN2018: Outline

Yokoshima:Combinednoiseannoyance

Thorsson:Wind TurbineFacade Insul.

Alujevic:SkyhookDamper forASAC

09:0

0 Jung: Incr.RadiationEfficiency

Farina: Art-soundscapesproject

Peeters: Electr.vehicle noiseemission

Okada: ASJRTN 2018:Emission

Hayashi:EvaluationBuildingVibration

Sasaki:BroadbandNoise of HWAT

Chesne:Hybrid MassDamper

S. trends 21 N Outdoor s.11 A

09:2

0 Takeshima:Simulation ofgranules

Chung:Immersive VRSoundPlanning

AnfossoLedee: Roadsurfacecorrections

Fukushima:ASJ RTN2018:Propagation

Matsumoto:Buildingvibrationannoyance

Wunderli:ForestReflections

Loheide: ActiveEngine Mount

09:4

0 Cordioli: DLFhighly dampedstructure

Calleri: Designfor quiet living

Weinandy:CNOSSOS-EUin Germany

Anai: ASJ RTN2018: Buildings

Van Kempen:Railway noiseand vibrations

Pagán Muñoz:Urban diffusioncoefficients

Balzer: FuzzyControllerOptimization

10:0

0 Adams:Similitude ofplates

Coffee break De Leon:Cnossos roadnoise in Italy

Coffee break Nguyen: Publichealth andreactions

Wilson:Wide-anglemoving med.PE

Coffee break

Indoor s. 21 F Cognit. eff.09.2 B

10:2

0 Altinsoy:Electric motortest bench

Milo: Spaces /soundscapedesign

Pallas:Medium-heavyvehicle noise

Yamauchi: ASJRTN 2018:Accuracy

Loh: ASA inchildren andadults

Fenlon:UncertaintyEnvironm.Sound

Rohlfing:Activeresonatorsilencers

10:4

0 Van Ophem:Virtual acousticsensing

Ercakmak:Indoorsoundscapemethod.

Shilton:CNOSSOS-EUin Nis, Serbia

Del Pizzo:Tyre/roadNoiseModelling

Klatte:IrrelevantSpeech Effect

Bartolomaeus:Test Stand Ac.Scattering

Wang:Applying ANCon apertures

EPA-N. IGNA08 H

11:0

0 Nieradka: WeldType in SEA

Thomas:Indoor kitchensoundscape

Walker:EPA-NetworkInterest Group

Peng:Predicted trucknoise

Schlittmeier:Spatial soundsand memory

Taherzadeh:Propagation ofsurface waves

Belyi: BinauralANC forHearing Aids

11:2

0 Gröhlich:Viscoelasticvibr. damping

Yang:SequentialSpace

Weinandy:Traffic NoiseAbatement

Estercio:Prediction oftraffic noise

Hoffman:Noise EffectHearing Health

Cheinet:Outdoortransferfunctions


Wednesday, September 11, 2019

Program ICA 2019 29

Wednesday, September 11, 2019 (continued)


Room acous-tics 20 M

Buildingacoust. 04 G

Phys., psych.and aud. 18 C

Roomacoustics 20 F

Phys., psych.and aud. 18 K

Signal pro-cessing 02 B

Phys., psych.and aud. 18 N

14:0

0 Korany:SpeakerIdentification

Woolworth:Low frequencysound testing

Sanchez-Lopez: ClinicalTest BatteryBEAR

Qiu: Reverber.Room of UTS

Bruns: DecaySpatialRecalibration

Lopez:Lowcostacousticcameras

Noyce:Audition infrontal cortex

14:2

0 Ternström:VoiceVariability

Liu: FacadeSoundInsulation

Kramer:ObjectivePredictionModels

Shtrepi: Scaledreverberationrooms

Park:Multisensoryrecalibration

Schymura:AudiovisualSpeakerTracking

Billig: Spectralparcellation

Education05 W

14:4

0 Petrosino:Teaching aidsoftware

Boganik:Soundinsulationpanels

Jensen:PersonalisingHearing Aids

Davy: SoundAbsorp. ofLong Holes

VanWassenhove:Multisensoryinference

Salvati: Activespeakerlocalization

Norman-Haignere:Neuraltimescales

15:0

0 Oltersdorf:InformationRetrieval

Mastino: Noisefrom plantssystems

Pontoppidan:Behavior withhearing aids

D’Orazio: Lowfrequencymeasurements

Bizley: Role ofseeing in ASA

Sun: ImpactPointPositioning

Shiell: Spatialprocessingcortex

15:2

0 Poster Forum Poster Forum Holube:Hearing aidsand everydaylife

Magalotti: FEMModels DecayTime

Von Kriegstein:Auditorycommunication

Poster Forum Monson:Maturation ofAuditoryCortex

15:4

0 Poster Forum Poster Forum Poster Forum Martellotta: GAmodels tomeasure alpha

Degano:Audiovisualspeech inageing

Poster Forum Dick: AuditoryMap Variability

16:00 ICA General Assembly (Europa)18:00 Social Evening in the ”Ludwig Forum” (see page ??)

30 ICA 2019 Program


Struct.-bornesound 24 G

Soundscape21 F

Noise + vibr.policy 08 H

Underwateracoust.14 A


Environment.sound 11 A

Animal Bio-acoust. 03 A

14:0

0 Laroche:Hand-armVibrationsEval.

Devos: HealthyEnvironments

Mihalcik: RoadTraffic NoiseAnnoyance

Dong:Extraction ofDispersion

Basner: ATLPilot SleepStudy

Oshima: ASJ /Harmonoisecomparison

Balazs: FrameTheory andPsychoac.

14:2

0 Scholz:InfluencingParametersHAV

Dedieu:Comfort inresidentialcontext

Nusselder:Noise limits inEurope

Potty:Geoacousticinversion

Bartels: Noiseand childhoodsleep

Procter:Managing theUncertainty

Gerhard:HRTF basedLocalization

14:4

0 Delcor:Helicoptercomfortperception

Maruyama:Comfortconversation incafe

Peris: QuietAreas inEurope

Skarsoulis:UnderwaterLocalization

Hongisto:Noisespectrum andsleep

Curovic:Facadecorrectionusing array

Ev. ear 03 B

Christensen-Dalsgaard: Hear. without middle ears

15:0

0 Arifianto:Transfer PathAnalysis

Gök Tokgöz:IndustrialSoundscape

Dolan: NoiseAdvocacy

Dosso:BayesianGeoac.Inversion

Smith: Trafficnoise andsleep depth

Dragna: BirdVocalizations

Schulz-Mirbach:Teleost OtolithEvolution

15:2

0 Poster Forum Ge: Naturalsound /depression

Boegli: Trendsin noiseabatement

Poster Forum Brink:Selfreportedsleepdisturbance

Poster Forum Poster Forum

15:4

0 Poster Forum Sudarsono:Hospitalsoundsc.dimensions

Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum

Wednesday, September 11, 2019 (continued)

Program ICA 2019 31

Thursday, September 12, 2019


Room acous-tics 20 H

Buildingacoust. 04 B

Buildingacoust. 04 C

Virtualacoust. 27 C

Phys., psych.and aud. 18 M

Signal pro-cessing 02 W

Room acous-tics 20 P

08:4

0 Radun: Effectsof office noise

Hiramitsu:Impact SoundWoodenHouse

Jeongho:Survey methodof rubber ball

Hornikx:SH-basedBRIRreconstruct.

Linden: Theoryof GapDetection

Witew:Uncertaintyimpulseresponse

Schäfer: Sens.analysis hybridsim.

09:0

0 Dickschen:Comparisontestprocedures

Homb: Hybridjoist floors

Donohue: RainNoise

Bilbao:DirectionalSourceModeling

Landemard:Statistics ofSounds inCortex

Boonen: Kundttube transfermatrix

Shtrepi:Wave-basedsimulation

09:2

0 Steps: Copingsound in office

Schoenwald:Interlayers atjunctions

Dong:High-frequencyimpact noise

Tenenbaum:Fast techniquef. auralization

Skerritt-Davis:ModelStatisticsProcessing

Bradley:UltrasonicSensingAgriculture

D’Orazio:Italian OperaHouses

09:4

0 Bouwhuis:Liveliness asdesign tool

Caniato:Numericalsimulation CLTfloor

Simmons:Soundinsulation FieldSurveys

Du: Exteriorfieldcancellation

McWalter:AuditoryStatist.Estimation

Fonseca: OpenSourceToolbox

Mondet:Image-Equiv.Source Method

10:0

0 Müller-Trapet:Metrics forSpeechPrivacy

Coffee break Coffee break Aspöck:Auralization ofmany sources

Coffee break Nussbaumer:StethoscopeAcoustics

Coffee break

10:2

0 Coffee break Thies:Dispersionrelation in CLT

Rasmussen:Neighbournoiseannoyance

Pulkki: Neuralnetworkrendering

Thomassen:Auditory fore-andbackground

Coffee break Tricanico:FDTD in VoiceBooths

floor i. 04 L Micr. 02 A

10:4

0 Loh:Open-planoffices

Dong: Mod.impact testingmethod

Pozzer: Noisesin yourresidence

Heimes:BuildingAcousticAuralization

Englitz:Textures andConsciousness

Hargreaves:Acq. of BDRFsby NFAH

Prislan: RTSfor curvedboundaries

11:0

0 Harvie-Clark:ABW OfficeDesign

Stange-Kölling:Round robintappingmachine

Kulak: AcousticQualityClasses

Nykänen:EnvironmentalNoise in VR

Malmierca:AuditoryPredictiveCoding

Masiero:Sparse blinddeconvolution

Meacham:Energy-StressFreq. Validity

11:2

0 Renz:Predicting workperformance

Kylliäinen: Newsingle-numberquantities

Sentop:SubjectiveEvaluation

Xu: SimplifyVirtualSoundscapes

Escera:Factors drivingpredictions

Zea:Multi-scale RIRinterpolation

Su Gul:Diffusionequationmodeling

Europa11:45 Keynote Lecture Jeremie Voix

”The ear at the age of IoT”12:30 Lunch Break

32 ICA 2019 Program


Struct.-bornesound 24 A

Soundscape21 A

Vehicleacoust. 10 C

Underwateracoust. 14 A

MusicalAcoust. 16 A

Psychoacous-tics 19 W

Physicalacoust. 17 D

08:4

0 Doaré:Radiation ofpiezo plates

Schulte-Fortkamp:Soundscapeand Perception

Chang:Evaluation ofSound Zones

Smaragdakis:Characterizati-on viaHMMs

Siedenburg:Role of onsets

Pulvirenti:Simulation vs.Perception

Haberman:Non-reciprocityvia modulation

09:0

0 Nielsen:Optimization ofLoudspeakers

Fiebig:Standardizeddata collection

Nykänen:Sounds forEnergyEfficiency

Seokjin:NMF-basedTargetDetection

Saitis: TimbralBrightnessPerception

Oetjen:Complex-shapedenvelopes

Melnikov:InsulationusingMetaatoms

09:2

0 Zhao: Topologyoptimiz. withNNI

Nagahata:Analysissoundwalkdata

Cho: Transferfunction in avehicle

Katsnelson:Bottomparametersestimation

Ducceschi:ConservativeSchemes

Kritly: Audibilityof SpectralDips

Sánchez-Dehesa: Vib.control bymetamaterials

09:4

0 Klages: Shapeopt. impacthammer

Tassia: Ac.EnvironmentSimulator

Coffee break Jung:Beampatternmeasurement

Schmutzhard:Simulation oftransients

Sato:Multi-talkerBroadcasting

Singleton:BroadbandMetamat.Design

10:0

0 Yoon:Repeatedeigenvalues

Sun: Classif.urbansoundscapes

Pu: Designgear sound

Coffee break Coffee break Abe: BodyVibration andReality

Coffee break

Bin. Ps. 19 B

10:2

0 Coffee break Coffee break Cha: DrivingSound Design

Coffee break Lopez-Carromero:Trombone slideglissandi

Grosse:Speech inreverberation

Starkey:Surface waveson plates

24 D Ultrasound25 A

Flow acoust.13 D

10:4

0 Picard: ArrayDeconvolutionMethods

Radicchi:Soundscapestudy New York

Koo Sin Lin:Study of soundfield in films

Liefvendahl:Leading edgenoise

Cottingham:Free ReedTransients

Braasch:Modelingbinauraldetection

Andersen:Cloak ShapeOptimization

f. comb. 17 F

11:0

0 Pan:IdentifyingMultipoleSources

Sudarsono:Headphonesoundscape

Johansson:High intensitycavitation zone

Hieke:Acousticshublesspropeller

Hsu: SustainedVowelReplacing

Carney: NeuralFluctuationDifferences

Weilenmann:BOS of entropywaves

Numerical ac.15 A

11:2

0 Kassab:Vibroacousticbeamforming

Yang: Reviewof PredictionModels

Merkel:Small-SizedResonators

Croaker:Semi-analyticalplate noise

Geweth:MeasuringDamping

Dietz:Bandwidth,ITD and BMLD

Senga:EntropyProduction ofTAE

Thursday, September 12, 2019

Program ICA 2019 33

Thursday, September 12, 2019 (continued)


Room acous-tics 20 H

Buildingacoust. 04 L


Electro-acoust. 12 A

Phys., psych.and aud. 18 M

Signal pro-cessing 02 A

Room acous-tics 20 P

14:0

0 Lenne: Meas.of D2S index

Wang: Timberjoist floor

Rasmussen:Soundinsulationdwellings

Doma: HRTFMeas.Uncertainties

Todd: Nestedsound patterns

McCormack:HO-processingof spatial IRs

Nilsson: RoomAcousticEnergy Model

14:2

0 Renz: Screensand leveldifferences

Chmelík:Subjectiverating of floors

Schöner:Regulation inhospitals

Zhao:Reduction ofHRTFs

Nelken:Predictions inAudition

Bai: AI forreverberation

Embrechts:Plane WaveReverb. Model

14:4

0 Wenmaekers:Furniture andofficeacoustics

Coffee break Posters /Session 18 O

Braren: HRTFDifferences inChildren

Chait: Patternsin sound

Leng: BinauralDereverberati-on

Okuzono:DispersionReducedTD-FEM

15:0

0 Yadav:Variability inISO 3382-3

Frescura:Perception ofIndoor Noise

Posters /Session 18 O

Xie: Virtualsource

Saiz Alia:Attention in thebrainstem

Liu: Derever-beration withDNNs

Steuck: RT60with BEM andRadiosity

15:2

0 Maeder: STImappingRay-Tracing

Hansol:Influence ofsuspendedceiling

Posters /Session 18 O

Yi: LocalAmbisonicspanning

Garrett:SpeechIntelligibilityand EEG

Verburg:Acousto-opticsensing

Weber: CoupleVolume RoundRobin

15:4


Poster Forum Poster Forum Poster Forum Bendixen:ORN / concurr.segregation

Poster Forum Poster Forum

16:0



Musical ac.16 W

16:2

0 D’Orazio:Noise sourcesin offices

Onwubiko:SpectralAnalysis of theIkoro

EU ITNENRICH

Liu: Transauralreproduction

Ihlefeld:Auditoryattention viafNIRS

Berzborn: HighOrder MEMSArray

Aussal:Open-sourceroom acoustic

16:4

0 Mueller: ANCin Open SpaceOffices

Calilhanna:Ikorodo MusicAnalysis

EU ITNENRICH

Yu: Distancelocalization

Steinmetzger:SpeechMelody andNIRS

Jo: Robustlocalization ofechoes

Šimek:Simulation oflarge hall

17:0

0 Liebl:Reduction ofvocal effort

Yasui:Procedure forarrangingscore

Posters /Session 18 P

Zheng: 3-DSound ImageLocalization

Koops:TonotopicMaps inTinnitus

Jung:LocalizationErrorReduction

Gimperlein:Boundaryelementmethods

17:2

0 Schlittmeier:Labeling andevaluation

Takahashi:Role of foot oforgan pipes

EU ITNENRICH

Suzuki: SoundImageLocalization

Gummer:DPOAEOptimization

Fernandez-Grande: Soundfieldreconstruction

17:4

0 Hongisto:Water-basedmasking

Iwagami: ModeTransition ofEdge Tone

EU ITNENRICH

Pausch:Reproductionerror metrics

Thiel: Hearingloss and fMRI

18:0

0 Bottalico: PitchAccuracy

Houtave:Digital CinemaSound Levels

Sankowsky-Rothe: Earimped. infants

34 ICA 2019 Program


Struct.-bornesound 24 D

Speech23 B

Ultrasound25 A

Flow acous-tics 13 E

Numericalacoust. 15 A

Psychoacous-tics 19 B

Physicalacoust. 17 F

14:0

0 Dabankah:Blindidentificationwith iPTF

Darcy:AssessingAudio QoE

Henneberg:TransducerOptimization

Cordioli:Middle earuncertainties

Kolotzek:Unmaskingmovingsources

Blondé: OpticalFTFMeasurements

14:2

0 Chandra:DampingIdentification

Francombe:Evaluation ofimmersiveaudio

Wasmer:Ultrasonicsensor

Geyer: FlowFieldy PorousCylinders

Hörmeyer:Atmosphericsound propag.

Warnecke:Perception ofAuditoryMotion

Sugimoto:Thermoacou-sticoscillations

14:4

0 Totaro:Selective forceidentification

Kisic: ListeningTest SpatialStimuli

Coffee break Mayer:Serration stall

De Jong:Nonlinearwavepropagation

Kroener:HRTFs andloc. accuracy

Hyodo: AD inThermoacou-stics

15:0

0 Tanner: HybridDEA-ATPAapproach

Holub: Paralleltask tests withEEG

Fuhrmann:UltrasoundAbsorptionRFB

Choi:Leading-edgeUndulations

Mensah:Adjoint shapesensitivity

Oberfeld-Twistel: Temp.loudnessweights

Yeddula:Soundpropagation ina duct

15:2

0 Nakamura:Input power totire by SEA

Woodcock:Pupillometryand Masking

Wöckel: Hapticwaves

Lyu: LE/TEnoise reduction

Petrosino:Pseudospec-tralauralizations

Rimskaya-Korsakova:Pulse loudnessdetection

Leighton:Ultrasound inAir

15:4

0 Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum Kling:Ultrasoundnoise

16:0

0 Poster Forum Reimes:Quality Predic.in Noise

Poster Forum Poster Forum Poster Forum Poster Forum Poster Forum

BEM FEM15 D

16:2

0 Pavic:Vibration ofarbitrary body

Schäfer: AudioQualityEvaluation

Schmelt:Vibro-tactiledisplays

Liu: SerratedAirfoils inTandem

Deconinck:Num. studiesnoise nozzle

Meunier: Pitchand GlobalLoudness

Liebler:AirborneFocusedUltrasound

23 W

16:4

0 Woo:Rendering forpanel speakers

Gößling:BinauralMVDRBeamforming

Melde:AcousticHolograms

Ryu: Fantip-rake

Gorenflo: AirFlows atResonators

Becker:TonalityCalculation

Barrera-Figueroa:Traceability forultrasound

17:0

0 Lee: Control ofHiFi PanelSpeaker

Graetzer:Mask-BasedSpeechEnhanc.

Sommerhuber:Mini. laserinterferometer

Thomas:Aeroac. andShockDynamics

Shaposhnikov:DG foracoustic-structure

Oetjen:Spectralprominence

Plack: EHFHearingThresholds

08 W

17:2

0 Benbara:Bending wavesfocusing.

Hodoshima:Reverb.-inducedspeech

Liepert: Totalnoiseassessment

Mayer: NACA0012 stall

Ram: FastEBEM

Akita: Feelingsto Noise

Dolder:Parametricarray exposure

17:4

0 Arifianto:MadureseSpeechSynthesis

Montano:Infrasound andLF immission

Huang: Super-resolutionimaging

Masumoto:source eval. byLF-FMBEM

Biberger:Audio QualityModel

Kamigaki:IntensifyingESE Emitter

18:0

0 Arifianto:SpeechSynthesis

Eser: Radia-tion Simula-tion MOR

Thursday, September 12, 2019 (continued)

Program ICA 2019 35

Friday, September 13, 2019


Health effects09.2 E

Electro-acoust. 12 D


Electro-acoust. 12 A

Virtualacoust. 27 A

Vehicleacoust. 10 W

Room acous-tics 20 N

08:4

0 Takahashi:Noise andhealth in ASD

Nowak: Comp.ChamberDistortion

Harvie-Clark:NoiseVentilationOverheating

Irwansyah:Cross-TalkComp. Filter

Ruediger:Acousticsourcelocalisation

RamosRomero:Asphaltclassification

Chen:Noisiness inHospital

09:0

0 Spilski:Well-being andhealth

Panzer: LEM ofCompressionDriver

Astolfi: Italianstandard forschools

Chen: PAEAdjustableAmbients

Gallun:Attention andSpeech

Vaishya: Gearrattle noiseanalysis

Beldam:OperationRooms

09:2

0 Shu:Soundscapesfor children

Li: Acousticsimulation

Kylliäinen:Finnishacousticregulation

Iwaya: HeadRotationTrajectories

Oberem:AuditoryselectiveAttention

Khare: NVHStudy forWhoop Noise

Barach:Neonatalintensive unit

09:4

0 Dzhambov:Ldn, NO2 andbirth outcomes

Novak: T/SParametersMeasurement

Hagberg:Acoustics inwood

Ihlefeld:(Un)Reliabilityof ITD cues

Nygren: DriveCycle NoiseEmissions

Sudarsono:Hospital wardsoundscape

10:0

0 Kawai:Absorption forchildren

Coffee break San Ozbilen: Sugimoto:Real timeMPEG-H 3DA

Bhattacharyya:In BetweenSpaces

Rasa:Damping /ThermalCompound

Coffee break

Active syst.01 D

Cost parameters insulation History 06 A Psychoacou. 10 B

10:2

0 Maeda:ComparisonsVirtual Sensing

VelardeCriado:EffectiveRadiation Area

Bruyninckx:History ofoffice acoustics

Falcon Perez:MachineLearning RT60

19 D Coffee break Coffee break Zapata-

Rodriguez:Audiometryrooms

10:4

0 Xie: VirtualSensingTechnique

Moreno:MeasurementBack Loading

Tkaczyk:Sound andScience

Bahri:CrosstalkCancellation

Steffens:Influence ofcognitive load

Masayuki:Analysis ofvehicle hornuse

Busch-Vishniac: NextSteps inHospital Noise

Soundscape21 P

11:0

0 Fujii: Converg.DetectionMethod

Castro: MultiResonatorsMeas.

Scheuren:EngineeringAcoustics

Aletta:Soundscapeand well-being

Jakobs: ERS insoundevaluations

Misdariis:Electric andAutonomousCar

Zaman:CognitiveEffects ofNoise

11:2

0 Dongyuan:AvoidingSaturation ofANC

Schneider:Real-worldmeasurements

Van derMiesen:Echoes andGuns

Aumond:Soundscapeindicators

Saze:Perceptionfeature of UHL

Matsuda:Design ofAVAS sound

KaithaliNarayanan:Head movem.and ASSR

Europa11:45 Keynote Lecture Maria Heckl

”Thermoacoustic instabilities - physical mechanisms and mathematical modelling”12:30 Lunch Break

36 ICA 2019 Program


Struct.-bornesound 24 F

Noise + vibr.policy 08 D

Soundscape21 L

MusicalAcoust. 16 B

Numericalacoust. 15 D

Psychoacous-tics 19 A

Physicalacoust. 17 W

08:4

0 Lee:Renaissanceof SI Analysis

Licitra: RTNMapping withBig Data

Tan: Pianosympatheticvibration

Panagiotopou-los: ModelOrder Reduct.in BEM

Braasch:Natural soundscapes creator

Jerome:RadiationForce andTorque

09:0

0 Kokott:StructuralIntensityBarrier

Silvaggio:Noise LEZ inurban planning

Pezzoli:Simulation ofviolin top plate

Guerbuez:Sound energywith BEM

Pelizzari:BackgroundSounds inNoise

Lechat: Impactof roughness

09:2

0 Huang:Structuralintensitymethod

Lippold:SoundscapePlanning

Zahorik: A/VDistancePerception

Coaldrake:Modelling ofthe koto

Yasuda:Convergencetolerance BEM

Lee:Constructionnoise

Naderyan:DampingModel forMEMS

09:4

0 Miyama: Lowvibrationdesign by SI

Tong: Noisecomplaints

Felcyn: Askaboutenvironment

Sakamoto:Koto BridgeIvoryAlternatives

Burgschweiger:FEM shell asBC for BEM

Schlittenlacher:Binaural-temporalloudness

Zavershinskii:Magnetoacou-sticwaves

Underwater14 C

10:0

0 Coffee break Lee: Urbanacousticsapproach

Nitidara:OutdoorMultimodalPercept.

Kurtze:Innovativecouplings

Baydoun:Acousticradiationdamping

Hongisto:Amplitudemod. andpenalty

Coffee break

10:2

0 Pires:Structuralintensity onshells

Malec:Acoustic noisemaps

Coffee break Lohmann:EFEM forvibro-acoustics

Coffee break Rajala:Annoyanceimpulsivesounds

Ramadan:Flow at the endof regenerator

Ultrasound25 B

Sound design22 B

10:4

0 Kleinfeller:Measurementof STI

Sugimoto: NDTSpatial spectralentropy

Fiebig: Productsound quality

Kratzsch:MarinePropellers

Kasess:Movingsources andBEM

Letens: Psy-choacousticsin Cars

Zhao: SoundgenerationGMAW

11:0

0 Groba: Energyanalysismethods

Schmelt:Identifyingobjects in 2D

Yamaguchi:Sound QualityImprovement

Humphrey:Vessel noisemeasurements

Waubke:Simul. tunnelvibrations

Ellermeier:Annoyanceand sensitivity

Kahraman:Noise levelduring rocksawing

11:2

0 Winter:ExperimentalSTI onfuselage

Golub: Egdeand Lambwave exc.

Wake:UI-SoundDesign

Kozaczka:Shipping noiseat shallow sea

Schmutzhard:2.5D - BEMtunnelvibrations

Nowak:AssessmentNoise Barriers

Friday, September 13, 2019

Program ICA 2019 37

Friday, September 13, 2019 (continued)


Active acoust.systems 01 D

Electro-acoust. 12 D

History06 A

Soundscape21 P

Phys., psych.and aud. 18 E

Vehicleacoust. 10 B

Room acous-tics 20 O

14:0

0 Zhang:DecentralizedN-ChannelANC

Backman:Miniatureloudspeakermodels

Dobrucki:Acoustics inWroclaw

Brink:SiRENE-Survey Part1

Smeds: LEAP Yasui:Characteristics/ impression

Neal: TheCHORDataba-se

14:2

0 Giouvanakis:ANC Low-BlLoudpeakers

Ehrig:ElectrostaticMEMSSpeakers

Cairoli:Secularizationof Church

Wunderli:IntermittentNoiseAnnoyance

Hendrikse:AudiovisualEnvironments

Kosuge:Awareness ofquiet vehicles

De La Prida:List. Tests inRoomAcoustics

Sound design22 C

Biom. Ultras.26 B

14:4

0 Sung: HVAC/REquipmentNoise

Rustighi:DEAPloudspeaker

Urban: LocalPhase VelocityImaging

Lercher: Noiseandhypertension

Mansour:RealisticVirtualEnvironment

Naka:Localizationwarning sound

Kohnen: Roomloudn. vsheadphones

Health effects09.2 F

15:0

0 Töpken: Levelpenalties forfan noise

Boulandet:Loudspeakerac. impedance

Jiménez:Holograms inthe brain

Dekoninck:In-Car Noiseand RoadQuality

Eqlimi:Auditoryattentionindicators

Schreckenberg:Healthassessm.Düsseldorf

Kazuki: Bone-conductedsound

15:2

0 Schneider:Sounds fromheat pumps

Abramova:ModellingMEMStransducer

Coffee break Coffee break Viveros:Influence roomacoustics

Van Kamp:Method for HIA

Braasch:BinauralModeling

15:4

0 Masullo: HVACnoise in carcabins

Coffee break Yu:Time-ResolvedFlow Imaging

Marquis-Favre:In situ psy-choacousticindices

Holube:Assessment ineveryday life

Preis: NoiseGuidelines inPoland

Griesinger:AccurateBinauralReprod.

16:0

0 Hashimoto:Improv. ofBoomingSound

Guianvarc’H:Microphonesandtemperature

Grasland-Mongrain:Microelasto-graphy eval.

Lienhart:In-/Outdoornoiseindicators

Hladek:Behavior inComplexScenes

Gjestland:Noise andannoyance

Araujo: RoomDimensionsEstim.

16:2

0 Nakano: TonalNoise in SmallFan

Honzík: MEMSwith microbeam

Taghipour:Quiet PeriodsInfluences

Buchholz:More realisticspeech test

Fenech:Impacts ofnoise in UK

Wendt: Verticalauditorymovement

16:4

0 Van Dijk:Broadbandwool-freesilencers

Picinali: SRMassessment inVR

Notley: ValuingImpacts ofNoise

Woszczyk:RoomAcousticsLibrary

17:00 Farewell (Europa)

38 ICA 2019 Program


Struct.-bornesound 24 W

Ultrasound25 B

Noise + vibr.policy 08 E

Underwateracoust. 14 C

Numericalacoust. 15 D

Psychoacous-tics 19 A

Signal pro-cessing 02 H

14:0

0 Seiler:Gearboxes inMaritime

Sugimoto: NDTby UAV

Schelle:Ordinance onWorkplaces

Wang: ShipLocalizationCNN

Duhamel:DomainDecomposition

Seeber:Defects in windturbine blades

Pujol:Localization inReverb. Room

14:2

0 Miguez: DSand BF inmachinery

Adler:UltrasonicSpectroscopy

Boehm: NoisePredictionWorkplaces

Bellmann: PileDriving Noise

Wulbusch:Artificialboundaryshape

Yano:DisturbancesAircraft Noise

Mazza: TrafficNoisePrediction

14:4

0 Filippoupolitis:Vibrationtransmission

Coffee break Heisterkamp:Buy Quiet:OND and MD

Von Pein: 3DPile DrivingNoise Model

Kreuzer: BEMsimulation fortubes

Hashimoto:Improvementof CopierNoise

Martin-Morato:Perf. AnalysisDeep Features

15:0

0 Lee:Lightweightskeletalstructure

Kahraman:P-wavevelocity ofrocks

Coffee break Han:UnderwaterPile DrivingNoise

Coffee break Yamada:Dental DrillNoiseEvaluation

Coffee break

Physiolog.18 G

15:2

0 Barumerli:AuditoryModelsComparison

Terzi:Baseline-freedynamicmethod

Pleban:Admiss. Valuesand Methods

Hasenpflug:Underwaterradiated noise

Li: DirectML-FMiBEM

Coffee break Inoue: MVAEbased unifiedapproach

Ultrasound25 W

15:4

0 Reichenbach:Decodingattention tospeech

Pamidi:Cavitationeffect on fibers

Wu: CanadaUltrasoundPolicy

Coffee break Aussal: Vibro-acousticsGypsiLab

Krahé:Annoyance ofInfrasound

Kuno: NeuralNetworkBeamforming

16:0

0 Karbasi:Speechintelligibilitymetric

Matsuda:Imagingacoustic waves

Selzer: Noisein retail trade

Coffee break Coffee break Benz: Psychol.ReactionInfrasound

Ueda: SoundQualityImprovement

16:2

0 Hauth:BinauralSpeechIntelligibility

Akhmedzha-nov:Attenuation ofWaves

Müller: Physiol.effects oninfrasound

16:4

0 Zhang:PressuredetectionCMUT

Friday, September 13, 2019 (continued)

Program ICA 2019 25

Tuesday, September 10, 2019 - POSTER SESSION

15:40 - 16:20 | Foyer

Topic 02: Audio signal processing

Aoki: Parametricspeakers

Krini: SpectralRefinement

Schultz: CompressiveSensing

Topic 03:Animal Bioacoustics

Abbasi: Classif. USVs by CNNs

Batke: Arrays forrecording music

Kung: Speech Detec.Enhancement

Shindo: Noise-reduc.Sound Capture

Heuer: BirdsongRecognition

Topic 04:Building acoustics

Briere De La Hoss.: Time-Domain Boundary Cond. Fausti: Italian acoustic regulations

Briegleb: DCEgo-NoiseSuppression

Kusano: Nearly TightWindow

Takane: HRTFs synth.with SPCA

Laaß: Origin oftympanic hearing

Marin: Absorberactivated carbon

Chen: Max. DirectivityBeamformer

Li: Voice activitydetection

Terano: SoundCapture from Camera

Mijic: Speech privacyand insulation

Drakopoulos:Real-time DNNsRaspberry Pi

Liang: DirectionSearch Algorithm

Tsunokuni: Synthesisequiv. source array

Nishimura: Ac.Performance of Units

Fabry: Meas. ANCHeadphones

Magome: SVMScreening Battery

Wang: KroneckerProd. Beamformers

Olshausen: The newMunch museum

Günther: MicrophoneUtility Features

Makishima:Column-Wise UpdateIDLMA

Wang: Impulse sourcelocalization

Rychtarikova: Value ofsound insulation

Hakamata: AudibleSpot Forming

Mizumachi: NNBroadbandBeamformer

Yamaguchi: DetectionBoat Noise CNN

Scoczynski Ribeiro:Wooden panelsproperties

Hiruma: Detection ofclean TF bins

Radionova: AcousticSensor for Irrigation

Yasueda: OptimalSound Control by LS

Takumasa: Absorptionof granules

Imaeda: Estimatingsound intensity

Rajbamshi:Reassigned TFRInversion

Zhao: Detection ofMoving Target

Vargic: Historicalmonuments

Ito: Transaural withBeamformings

Sarradj: ArrayProcessing Methods

Zhao: AsymmetricBeampatterns

Wang: Cellularautomata modeling

Kim: Data AugmentASC method

Satoru: GaP-NMFand DNN

Zhu: Reducing TFMeasurement


26 ICA 2019 Program

Topic 12: Electro-acoustics Topic 13:Flow acoustics

Topic 09:Health effects

Benz: Aircr. Noise and Depression

Jasinski: Var. HRTFsacross subjects

Roden: Earpieceoptim. using FEM

Aichinger: Noise inbreathy voice

Bleichner: Ear-EEGfor noise perception

Kakeru: Dyn. LSFSwith 1-bit signal

Shi: ConstantBeamwidth PAL

Eisenmenger: Inversedesign method onfans

Topic 15: Numerical acoustics

Bachmann:Open-source wave solverDogan: New local integral eq. method

Burke:Unpleasantnessinfrasound

Kong: Reverb.cochlear implants

Takahashi:IntelligibilityEstimation

Hruska: Sound from asonic crystal

Liu: TireNon-uniformityVibration

Fong: Non-restorativesleep

Li: SCE with priorSNR

Takane: Complexlogarithms HRTFs

Huang: Multi-bladeCentrifugal Fan

Mellmann: Band-gapcalculation via SEM

Hansell: Ultrafineparticles and noise

Miyaoka: CurrentNoise and Distortion

Takeoka: Quantizationmethod array

Kaneko: Noise Pred.Direct CAA

Mohamady:Nonlinearities in TPA

Morihara: high-speedrailway

Nakazawa:De-reverberationusing CNN

Zhang: ScatteringEffects Control

Kopania: Noise ofAirfoils

Piscoya: Complexmultipoles

Nagamatsu: Turbineinfrasound evaluation

Nishimura: Robustaerial watermarking

Zhang: Quality ofEnhanced Speech

Qiao: Study on BTINoise Reduction

Saati: InverseCharacteriz. Porous

Zajamsek: Effect ofnoise on PWA

Pörschmann:Individual HRTFUpsampling

Schlegel: VoiceParameterComparison

Sun: Stochastic RotorDynamics

Schroeder: Aerofoiltrailing noise reduct

Suo: Matrix andDetect. Sensitivity

ThaminniRamamoorthy: Opt.Multilayered Abs.


Tuesday, September 10, 2019 - POSTER SESSION

Program ICA 2019 31

Wednesday, September 11, 2019 - POSTER SESSION

15:20 - 16:00 | Foyer

Topic 01:Active acoust.systems

Topic 05:Education

Topic 08:Noise + vibr.policy

Topic 10:Vehicleacoustics

Topic 11:Environmentalsound

Topic 14:Underwateracoustics

Topic 17:Physicalacoustics

Fukatsu: IIRFilter of BoatNoise ANC

Jaruszewska:AcoucouPlatform

Mok:Constructionnoise HongKong

Bayani:Temperaturevariation rattle

Bertagnolio:Wind TurbineLFNoise

Bibikov:Snappingshrimps

Dell: NestedHelmholtzResonators

Lesoinne:Numericaldesign of ANC

Linda:In-vehiclesound field

Cui:Observation ofInfrasound

Hong:Thicknessmeasuring ofCRC

Li: MonostableMAM

Liebich:Acoustic Pathdatabase ANC

Tsokaktsidis:Machinelearned noisetransfer

Forssen:Including quietside in noise

Ogasawara:Characteristicsat Sea Bottom

Li: PyramidSandwichStructure

Lumpert:Nonlin. inSound FieldControl

Wang: Soundfield reprod.cabin

Haan: Noisecalculation ofroads

Wu: DOAEstimation

Ma: ElasticSurface / EdgeModes

Mao:FrequencyIndependentARMs

Kataoka:Handymicrophonemovement

Yang: TimeStructures ofEGFs

Patricio:PracticesPortugalRailway

Mellert:Immissionmeas. windturbine

Zhu: Control ofcoupledenclosure

Murovec:Spatial filteringof noise

Xavier: Urbancanyon noise


32 ICA 2019 Program

Topic 20: Room acoustics Topic 24:Structure-borne sound

Topic 25: Ultrasound Topic 27:Virtual Acoustics

Alves:Simulationclassrooms

De AvelarGomes:CrossoverFreq. Estim.

Reinten: PMand RoomAcoustics

Abi Raad:Ultrasonicmetal welding

Allevato: 3DUltrasoundImaging

Oishi:Ultrasoniccomplexvibration

Kurabayashi:Moving soundimage

AtaraPiraquive:Trainingprofessors

Hiraoka:Audio-visualMutual Effect

Shamoto:Reverb. /workingmemory

Garnell:Dielectricelastomerspeaker

Ankay: 3-DNonlinear Elas-todynamics

Porter:Intracranialfocal ablation

Stienen: VirtualAcousticsframework

Barbosa DeSa: LaminatedBamboo Panels

Kohase:SpectralMethod

Tang: CasesComparison

Golzari: Soundtransmissionloss

Asami:Cylindricalultrasonicsource

Ramis:Corrosion inConcrete

Urbanietz:BinauralSounds inMotion

Brandao: Raytracingalgorithm

Kröger:Singer’sformant

Teraoka: SoundFieldEvaluation

Hassoun:Noise fromdiesel powergroup

Di Battista: 40kHz ExposureEffects

Shapovalov:Speed of soundin solids

Voong:DeterminingHRTF for BCHs

Cantor-Cutiva:Brain activityand voice

Larsen: Roomacoustics inHospitals

Terashima:HMD VRDisplay

Iwabuki:NumericalAnalysis ofNoise

Hidenobu:Ultrasonicwashing

Ueda: Auditoryevaluation ofVHF

Cantor-Cutiva:Brain, emotionsand singing

Nowicka:Commercialbuildings

Tokunaga:Discriminationof IR

Jia: Conditionmonitoring withTF

Kaczmarek:Magneto-ultrasonicheating

Yamashita:Non-contactThickn.Gauging

Carullo:Emotions andVoice

Okamoto:In-situabsorptionmeas.

Uehara:AcousticMapping byRobot

Le: PiecewiseBilinearCharact.

Kobayashi:PCR byvibration

Carullo: Obj.Assessment ofSOVTE

Petraglia:ReverberationTimeEstimation

Winroth:Differencespreschoolacoust.

Netzband: STI:Injection-mouldedparts

Kuroyama:Acousticcavitationoscillation

Christia:Drinking Strawsas Absorber

Piffer:Correctionresponse icearena

Zielinski:Absorp.3D-printedMedia

Norambuena:Adaptive struct.excitation

Liu: Study onRestoringForce

Cox: FlutteringReverberance

Quinn: Staffexperience inOR

Takahashi:Resonant freq.monitoring

Motoi:Ultrasonicagglutination

Tang: Vibrationcontrol

Zhang:PropellervibrationZhang: Thrustbearingisolation


Wednesday, September 11, 2019 - POSTER SESSION

Program ICA 2019 37

Thursday, September 12, 2019 - POSTER SESSION

15:40 - 16:20 | Foyer

Topic 16:Musicalacoustics

Topic 18:Physiological, psych. and audiol. acoustics

18 O: Speech enrichment

Colinot: Reedconical instrument

Aguirre: Virtualspatial cuedistortion

Ma: Localisationfrom waveform

Schädler: Speechintelligibility maps

Chermaz: NELEin Real.Environments

Padinjaru Veettil:Enhancementhearing aids

Kobayashi: Tonehole with amoving pad

Carroll: QuietSounds ChangeBrain

McMurray:Learning auditorycategories

Shigeno: AgePerception

Exenberger:Hearing aid users

Paul: ImprovedGAN forConversion

Kröger:Productionmechanisms

Doi:Demodulation ofBCU

McMurray: Fusionin CochlearImplants

Simon: 3DLocalization HIPersons

Funatsu: Verbaltransformationeffect

Paulus: Talkerintelligibility, effort

Kuramoto:Reproduction ofshakuhachi

Heinermann: ITDsensitivity overfrequency

Morita: Voiceconversion model

Suzuki: MOCRand sleep

Govender:Cognitive load ofTTS

Raman:OesophagealSpeech Enrich.

Murata: Effects ofMusic onCreativity

Jensen: AuditoryReality and EMA

Nunn: IDL andAM in CI

Tamaoki: Hearingrestoration byVNS

Hall: Listeningeffort and EEGalpha

Shen: ArticulatoryControl in Speech

Ogi: SparseModeling ofSounds

Jitsukawa:Cartilageconduction

Otsuka: MOCRpreceeding effect

Tamesue:OnomatopoeicExpression

Kaplan: Prosodyand MusicalTraining

Simantiraki:Speech RatePreferences

Okemoto: Tempoestimation inmusic

Kao: Meniere’sdisease OAE

Qin: Placement ofbone conduction

Wu: Hearing aidevaluation

Kirwan: AuditoryEmotionRecognition

Teraoka:Directivity ofattention

Padmanabhan:Mridangam CavityAcoustics

Keshishzadeh:Broadband EFRs

Rennies-Hochmuth:Binaural listeningeffort

Llorach: Worderror andconfusion

Petersen: Cutoffof conicalwoodwind

Liao: SOAE PitchFamiliarity

Riki: Distantlypresented BCU

Marcoux:Non-NativeLombard Speech

Yokoyama:Orthotropyinfluence onplates

Luberadzka:ModelingAttentive Tracking

Roßbach: Deepspeech percep.model

Padinjaru Veettil:Benefits SpeechModification


38 ICA 2019 Program

Topic 19:Psycho-acoustics

Topic 21: Soundscape and Urban Planning

Topic 22: Sounddesign

Topic 23: Speech

Ferrand: HRTF foraudio guidance

Alsina-Pages:Andorra’sSoundscape

Salah: LivingGreen WallsAcoustics

Nakagawa:Thermalimpression HVAC

Agrawal: RetroflexConsonants

Tomaru: Percept.in SentenceContext

Fischenich:Primacy loudnessdominance

Hong: Factorsinfluenc.Soundscape

Sutcliffe: SALVE Soeta:Air-ConditionerNoise

Ali: Partial RTF forMVDR

Wang: SpeechEnhanc. byTFC-GLA

Matsumoto:Coundenvironmenthospital

Ki: SoundscapeNational Park

Tezuka:Perception AVsimultaneity

Bahners: SpeechPerturb.Experiment

Zhang: SpeechAcclimatization

Morikawa:Monaural soundsegregation

Kim: ANN, Noise,Air, Urban Forms

Xing: EvaluateSoundscape byANN

De Lello: SpeechRecordingsEvaluation

Shiell: AuditorySpatial Acuity

Lionello:SoundscapeScaling Analysis

Yoo: Soundscapeengineering

Fujimoto: Voweldevoicing inJapanese

Yamada:Extension ofDirectional Band

Lordieck: Soundand Weather

Zhang: Impact oftraffic noise

Kosaka: EmotionRecognition

Yap: Cartilage-conductionhearing

Malecki: LipnicaMurowana

Laprie:Hypotheses Artic.Synthesis

Park: Urban formsand Noise map

Lee: Mandarinstretchingstrategy

Rocha:SeparationVehicle Sounds

Nozaki: AnchorsUtterancesDetection

Rodriguez Manzo:Urban NoiseInterpretation

Ogata: InverseEstimation


Thursday, September 12, 2019 - POSTER SESSION

ID - Session01 A - Physical aspects for active control of noise and vibration01 B - Applications of active control of noise and vibration01 C - Metamaterials for active and passive acoustic control01 D - Signal processing and systems for active control of noise and vibration02 A - Microphone array methods in room acoustics02 B - Acoustic and audiovisual source localization02 C - Acoustic Scene Analysis: Fundamentals and Applications02 D - Loudspeaker arrays and sound field control02 E - Microphone array systems and methods02 F - Perceptual aspects in spatial audio processing02 G - Phase-Aware Time-Frequency Signal Processing02 H - Machine learning for audio signal processing02 W - General 'Audio signal processing (measurement, sensors, arrays)'03 A - Acoustical Signal Processing in biological systems: Mathematical Methods and Algorithms03 B - Evolution of the ear03 D - Mechanisms of underwater hearing03 W - General 'Animal Bioacoustics'04 A - Prediction methods for sound insulations04 B - Sound insulation in wooden construction04 C - Acoustic regulations and quality classes for buildings04 D - Structure-borne sources in buildings04 F - Advanced measurement techniques in building acoustics04 G - Low frequency sound and vibration in buildings04 H - Insulating and absorbing materials made from renewables04 K - Facade Sound Insulation04 L - Evaluation of floor impact sound insulation05 W - Education in Acoustics06 A - Modern history of acoustics06 B - Archeoacoustics06 C - Philosophy in Acoustics08 B - Policy and regulation for recreational noise / noise in buildings08 D - Policy and regulation for noise in urban planning and urban soundscapes08 E - Policy and regulation for noise and vibration in workplaces08 H - EPA Network-IGNA: Progress report on the impact, technology and regulations to abate noise in Europe08 K - European harmonized calculation model for environmental noise CNOSSOS08 W - General 'Noise and vibration policy and assessment'09.1 A - Measuring Annoyance: New approaches09.1 B - Intervention studies09.1 C - Perception of and responses to infrasound and low-frequency sound including wind turbines09.1 F - Contribution of the number of events and other traffic conditions to annoyance09.1 G - Response to transportation noise and vibration09.2 A - Sleep09.2 B - Cognitive effects09.2 C - Cardiovascular effects09.2 E - Noise and health in children09.2 F - Implication WHO Guidelines10 B - Design of warning sound - from honking impact to sound quality in electric vehicles10 C - Design and control of the sound environment in a vehicle cabin10 D - Road Traffic Noise Prediction Methods10 E - TPA - Transfer Path Analysis10 F - Railway noise10 G - Aircraft noise10 K - Tyre/road noise simulation

10 W - General 'Vehicle acoustics (air, road, rail, water, ...)'11 A - Outdoor sound propagation (including urban sound propagation)11 B - Wind turbine noise: Generation and propagation11 C - Noise sensor networks11 D - Advances in noise mapping engineering methods11 E - Environmental sound auralisation11 F - Natural means for noise abatement12 A - Spatial audio: Reproduction techniques and signal processing12 C - Speech processing for normal-hearing and hearing-impaired listeners12 D - Measurement and modelling of electro-acoustic transducers13 A - Flow duct acoustics13 B - Flow acoustics of the human phonation13 C - Fan noise13 D - Computational flow-generated hydroacoustics13 E - Aeroacoustics and Flow Controls14 A - Signal processing and inversion in underwater acoustics14 B - Sound propagation and Monitoring in Underwater Acoustics14 C - Radiated Noise of Ships and Offshore Structures15 A - Uncertainty Quantification in Aero- and Vibro-Acoustics15 B - Numerical methods for acoustic materials and metamaterials15 D - Boundary and finite element methods in acoustics and vibration15 W - General 'Numerical, computational and theoretical acoustics'16 A - Articulation and other transients16 B - Measurement, modelling and perception of string instruments16 C - Trends in health and safety in the musician's workplace with regard to sound exposure levels16 W - General 'Musical acoustics'17 A - Aeroacoustics of fluid-structure interactions17 B - Propagation of acoustic waves in solid waveguides surrounded by liquid17 C - Aeroacoustics and noise control17 D - Acoustic Metamaterials17 E - Acoustics of holes and dampers with mean flow17 F - Acoustic propagation and flames in combustors17 W - General 'Physical acoustics'18 A - Physiologically inspired auditory processing models18 B - Objective measures of auditory function18 C - Rehabilitative audiology18 D - Binaural models: Algorithms and applications18 E - Assessment of hearing ability in realistic environments18 F - Compensation strategies in cochlear implants18 G - Machine learning based approaches to model auditory perception18 H - Audio-visual (speech) perception18 K - Influences of multisensory processing on auditory perception18 L - How learning alters auditory processing: brainstem to cortex18 M - Statistics in auditory scenes18 N - Parcellating the functions of human auditory cortex18 O - Speech enrichment: listening effort and intelligibility POSTER SESSION19 A - Application of Psychoacoustics in Noise Evaluation19 B - Binaural Phenomena in Psychoacoustics19 D - Cognitive Stimulus Integration (in the context of auditory sensations and sound perceptions)19 E - Metrics and Modeling Perception of Sound Attributes19 W - General Psychoacoustics20 A - Virtual auditory reality for enclosed spaces20 B - Wave-based room simulations20 C - Recent advances in sound absorption and diffusion of materials/devices

20 D - Acoustics of cultural heritage buildings20 F - Sound absorption including the reverberation room issues, new trends revision ISO 35420 G - Acoustical needs for comfortable and inclusive learning spaces20 H - Open Plan offices20 M - Effects of noise and room acoustics on communication among occupational voice users20 N - Acoustics and noise in hospitals: experience and impact on patients, staff and community well-being20 O - Spatial and binaural evaluation20 P - Room acoustical simulation methods for high and low frequencies20 W - General 'Room acoustics'21 A - Towards standardized soundscape methodologies21 B - Soundscapes of public spaces21 D - Soundscape indicators and modeling21 E - Urban Sound Planning21 F - Indoor soundscaping and acoustic comfort21 K - Wind Turbine Noise21 L - Audio visual interactions for noise perception21 N - Trends on the use of technology in soundscape analysis, design and planning21 O - Sound as part of digitalization of the Unesco and Unique sites21 P - Noise indicators and exposure assessment for health impact and soundscape studies22 B - Sound quality of everyday-life products22 C - Sound quality of fans and HVAC-systems22 W - General 'Sound design'23 B - From audio and speech quality to Quality of Experience and Aesthetic Appeal23 W - General 'Speech'24 A - Shape and topology optimization of vibroacoustic structures24 B - Numerical analysis and experiment on structural acoustics24 C - Vibro-acoustic behavior of structure under multi-field environments24 D - Inverse problems in vibration and acoustics24 F - Structural intensity - Computation, measurement, application24 G - Human Vibration24 W - General 'Structure-borne sound and vibration engineering'25 A - Sound fields for special purposes and transducer design25 B - Non-destructive evaluation (NDT)25 C - High-frequency and ultrasonic emissions in air: Applications, measurement and human well-being25 W - General 'Ultrasound'26 A - Metrology26 B - Novel Ultrasound Imaging and Stimulation27 A - Auditory cognition in interactive virtual environments27 B - Audio for Mobile VR/AR27 C - Sound field rendering in Virtual RealiltyTopic 01 - Posters: Active acoustic systemsTopic 02 - Posters: Audio signal processing (measurement, sensors, arrays)Topic 03 - Posters: Animal BioacousticsTopic 04 - Posters: Building acousticsTopic 05/06 - Posters: History and EducationTopic 08 - Posters: Noise and vibration policy and assessmentTopic 09 - Posters: Health effects of noiseTopic 10 - Posters: Vehicle acoustics (air, road, rail, water, ...)Topic 11 - Posters: Environmental sound (sources, propagation)Topic 12 - Posters: Electro-acoustics and (3D) audio signal processingTopic 13 - Posters: Flow acousticsTopic 14 - Posters: Underwater acousticsTopic 15 - Posters: Numerical, computational and theoretical acousticsTopic 16 - Posters: Musical acoustics

Topic 17 - Posters: Physical acousticsTopic 18 - Posters: Physiological, psychological and audiological acousticsTopic 19 - Posters: PsychoacousticsTopic 20 - Posters: Room acousticsTopic 21 - Posters: Soundscape and Urban Sound PlanningTopic 22 - Posters: Sound designTopic 23 - Posters: SpeechTopic 24 - Posters: Structure-borne sound and vibration engineeringTopic 25 - Posters: UltrasoundTopic 27 - Posters: Virtual Acoustics

Program ICA 2019 17 September 2019 - ICA 2019 - ICA...

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