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ICA 2019
第23届国际声学大会 ICA 2019已于9月9日至13日在德国Aachen的Eurogress举办结束。由德国声学学会组织。内容涵盖声学前沿研究的各个方面。
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参展商
认识的部分参展商公司
Brüel & Kjaer GmbH
CAE Software und Systems GmbH
Comsol Multiphysics GmbH
d&b audiotechnik GmbH
DataKustik GmbH
GRAS-Tippkemper GmbH & Co. KG
HEAD acoustics GmbH
Industrial Acoustics Company GmbH
Microflown Technologies B.V.
NTi Audio GmbH
ODEON A/S
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相关论文
官网地址：
论文的地址，可以公开免费下载：
http://pub.dega-akustik.de/ICA2019/data/index.html
大家可以按需下载自己感兴趣的话题
主题分类：
01 A - Physical aspects for active control of noise and vibration
01 B - Applications of active control of noise and vibration
01 C - Metamaterials for active and passive acoustic control
01 D - Signal processing and systems for active control of noise and vibration
02 A - Microphone array methods in room acoustics
02 B - Acoustic and audiovisual source localization 1
02 B - Acoustic and audiovisual source localization 2
02 C - Acoustic Scene Analysis: Fundamentals and Applications
02 D - Loudspeaker arrays and sound field control
02 E - Microphone array systems and methods
02 F - Perceptual aspects in spatial audio processing
02 G - Phase-Aware Time-Frequency Signal Processing
02 H - Machine learning for audio signal processing
02 W - General ‘Audio signal processing (measurement, sensors, arrays)’
03 A - Acoustical Signal Processing in biological systems: Mathematical Methods and Algorithms
03 B - Evolution of the ear
03 D - Mechanisms of underwater hearing
03 W - General ‘Animal Bioacoustics’
04 A - Prediction methods for sound insulations 1
04 A - Prediction methods for sound insulations 2
04 B - Sound insulation in wooden construction
04 C - Acoustic regulations and quality classes for buildings 1
04 C - Acoustic regulations and quality classes for buildings 2
04 D - Structure-borne sources in buildings
04 F - Advanced measurement techniques in building acoustics
04 G - Low frequency sound and vibration in buildings
04 H - Insulating and absorbing materials made from renewables 1
04 H - Insulating and absorbing materials made from renewables 2
04 K - Facade Sound Insulation
04 L - Evaluation of floor impact sound insulation
05 W - Education in Acoustics
06 A - Modern history of acoustics
06 B - Archeoacoustics
06 C - Philosophy in Acoustics
08 B - Policy and regulation for recreational noise / noise in buildings
08 D - Policy and regulation for noise in urban planning and urban soundscapes
08 E - EUROREGIO SESSION: Policy and regulation for noise and vibration in workplaces
08 H - EUROREGIO SESSION: EPA Network-IGNA: Progress report on the impact, technology and regulations to abate noise in Europe
08 K - EUROREGIO SESSION: European harmonized calculation model for environmental noise CNOSSOS
08 W - General ‘Noise and vibration policy and assessment’
09.1 A - Measuring Annoyance: New approaches
09.1 B - Intervention studies
09.1 C - Perception of and responses to infrasound and low-frequency sound including wind turbines
09.1 F - Contribution of the number of events and other traffic conditions to annoyance
09.1 G - Response to transportation noise and vibration
09.2 A - Sleep
09.2 B - Cognitive effects
09.2 C - Cardiovascular effects
09.2 E - Noise and health in children
09.2 F - EUROREGIO SESSION: Implication WHO Guidelines
10 B - Design of warning sound - from honking impact to sound quality in electric vehicles
10 C - Design and control of the sound environment in a vehicle cabin
10 D - Road Traffic Noise Prediction Methods
10 E - TPA - Transfer Path Analysis
10 F - Railway noise
10 G - Aircraft noise
10 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 propagation
11 C - Noise sensor networks
11 D - Advances in noise mapping engineering methods
11 E - Environmental sound auralisation
11 F - Natural means for noise abatement
12 A - Spatial audio: Reproduction techniques and signal processing 1
12 A - Spatial audio: Reproduction techniques and signal processing 2
12 C - Speech processing for normal-hearing and hearing-impaired listeners
12 D - Measurement and modelling of electro-acoustic transducers
13 A - Flow duct acoustics
13 B - Flow acoustics of the human phonation
13 C - Fan noise
13 D - Computational flow-generated hydroacoustics
13 E - Aeroacoustics and Flow Controls
14 A - Signal processing and inversion in underwater acoustics 1
14 A - Signal processing and inversion in underwater acoustics 2
14 B - Sound propagation and Monitoring in Underwater Acoustics
14 C - Radiated Noise of Ships and Offshore Structures
15 A - Uncertainty Quantification in Aero- and Vibro-Acoustics
15 B - Numerical methods for acoustic materials and metamaterials
15 D - Boundary and finite element methods in acoustics and vibration 1
15 D - Boundary and finite element methods in acoustics and vibration 2
15 W - General ‘Numerical, computational and theoretical acoustics’
16 A - Articulation and other transients
16 B - Measurement, modelling and perception of string instruments
16 C - Trends in health and safety in the musician’s workplace with regard to sound exposure levels
16 W - General ‘Musical acoustics’
17 A - Aeroacoustics of fluid-structure interactions
17 B - Propagation of acoustic waves in solid waveguides surrounded by liquid
17 C - Aeroacoustics and noise control
17 D - Acoustic Metamaterials 1
17 D - Acoustic Metamaterials 2
17 E - Acoustics of holes and dampers with mean flow
17 F - Acoustic propagation and flames in combustors
17 W - General ‘Physical acoustics’
18 A - Physiologically inspired auditory processing models
18 B - Objective measures of auditory function
18 C - Rehabilitative audiology
18 D - Binaural models: Algorithms and applications
18 E - Assessment of hearing ability in realistic environments
18 F - Compensation strategies in cochlear implants
18 G - Machine learning based approaches to model auditory perception
18 H - Audio-visual (speech) perception
18 K - Influences of multisensory processing on auditory perception
18 L - How learning alters auditory processing: brainstem to cortex
18 M - Statistics in auditory scenes
18 N - Parcellating the functions of human auditory cortex
18 O - Speech enrichment: listening effort and intelligibility POSTER SESSION
19 A - Application of Psychoacoustics in Noise Evaluation
19 B - Binaural Phenomena in Psychoacoustics
19 D - Cognitive Stimulus Integration (in the context of auditory sensations and sound perceptions)
19 E - Metrics and Modeling Perception of Sound Attributes
19 W - General Psychoacoustics
20 A - Virtual auditory reality for enclosed spaces
20 B - Wave-based room simulations
20 C - Recent advances in sound absorption and diffusion of materials/devices
20 D - Acoustics of cultural heritage buildings 1
20 D - Acoustics of cultural heritage buildings 2
20 F - Sound absorption including the reverberation room issues, new trends revision ISO 354
20 G - Acoustical needs for comfortable and inclusive learning spaces
20 H - Open Plan offices
20 L - Production and perception of artistic voice
20 M - Effects of noise and room acoustics on communication among occupational voice users
20 N - Acoustics and noise in hospitals: experience and impact on patients, staff and community well-being
20 O - Spatial and binaural evaluation
20 P - Room acoustical simulation methods for high and low frequencies
20 W - General ‘Room acoustics’
21 A - Towards standardized soundscape methodologies
21 B - Soundscapes of public spaces
21 D - Soundscape indicators and modeling
21 E - Urban Sound Planning
21 F - Indoor soundscaping and acoustic comfort
21 K - Wind Turbine Noise
21 L - Audio visual interactions for noise perception
21 N - Trends on the use of technology in soundscape analysis, design and planning
21 O - Sound as part of digitalization of the Unesco and Unique sites
21 P - Noise indicators and exposure assessment for health impact and soundscape studies
22 B - Sound quality of everyday-life products
22 C - Sound quality of fans and HVAC-systems
22 W - General ‘Sound design’
23 B - From audio and speech quality to Quality of Experience and Aesthetic Appeal
23 W - General ‘Speech’
24 A - Shape and topology optimization of vibroacoustic structures
24 B - Numerical analysis and experiment on structural acoustics
24 C - Vibro-acoustic behavior of structure under multi-field environments
24 D - Inverse problems in vibration and acoustics
24 F - Structural intensity - Computation, measurement, application
24 G - Human Vibration
24 W - General ‘Structure-borne sound and vibration engineering’
25 A - Sound fields for special purposes and transducer design
25 B - Non-destructive evaluation (NDT)
25 C - High-frequency and ultrasonic emissions in air: Applications, measurement and human well-being
25 W - General ‘Ultrasound’
26 A - Metrology
26 B - Novel Ultrasound Imaging and Stimulation
27 A - Auditory cognition in interactive virtual environments
27 B - Audio for Mobile VR/AR
27 C - Sound field rendering in Virtual Reality
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