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Session Index

1.Plenary

  1. Future of communication science and technologies in information society
  2. Therapeutic ultrasound
  3. Low-bitrate coding of sound and implications for high-quality digital audio
  4. Can we hear the shape of a noise source?

2.Keynote

  1. Applications of ultrasound stimulated vibro-acoustography
  2. Multichannel acoustic signal processing for human/machine interfaces- fundamental problems and recent advances
  3. The recent progress of shallow water acoustics in china
  4. Current approaches to 3-D sound reproduction
  5. Missing links between auditory scene analysis and automatic speech recognition
  6. Audio-visual interactions in loudness evaluation
  7. Detection and classification of underwater targets by echolocating dolphins
  8. Linear statistical modeling of speech and its applications - over 36 years history of LPC -
  9. Room shape and sound diffusion design in room acoustics
  10. Acoustic sounding of upper sea water layer at different areas of the world ocean
  11. Structuring the auditory scene and selecting from it
  12. Transducers considering energy saving -super-conductive and electrostatic loudspeaker driven by 1 bit amplifier-
  13. Multi-channel microphone system for multi-media applications
  14. Let's see anything: sounding mechanisms in wind instruments

3.Closing Lectures

  1. History of psychoacoustics
  2. Retrospects and prospects of speech communication research

4.General acoustics

  1. Education in acoustics (I)
  2. Education in acoustics (II)
  3. Education in acoustics (III)

5.Architectual acoustics

  1. Acoustic behavior of surface treatment
  2. Acoustic structures for the next generation (I)
  3. Acoustic structures for the next generation (II)
  4. Acoustical design of rooms
  5. Architectural and building acoustics
  6. Auditorium and concert hall acoustics
  7. Classroom acoustics
  8. Computational room acoustics (I)
  9. Computational room acoustics (II)
  10. Computer simulation on room/building/architectural acoustics (I)
  11. Computer simulation on room/building/architectural acoustics (II)
  12. Floor impact sound insulation (I)
  13. Floor impact sound insulation (II)
  14. Measurement for architectural acoustics
  15. Sound insulation between dwellings (I)
  16. Sound insulation between dwellings (II)
  17. Spatial hearing in concert auditoria
  18. Speech intelligibility, security & privacy
  19. Speech transmission in public spaces
  20. Subjective evaluation and acoustical design in built environment (I)
  21. Subjective evaluation and acoustical design in built environment (II)
  22. Subjective evaluation of room sound field
  23. Theory & experiment for auditorium design - stage, reflectors & diffusers
  24. Theory and measurement of room sound field

6.Engineering acoustics and electro-acoustics

  1. Active noise and sound field control
  2. Active noise and vibration control
  3. Active noise control
  4. Artificial heads (I)
  5. Artificial heads (II)
  6. Blind signal processing (I)
  7. Blind signal processing (II)
  8. Coding
  9. Engineering acoustics (I)
  10. Engineering acoustics (II)
  11. Engineering acoustics algorithm
  12. Measurement in engineering acoustics (I)
  13. Measurement in engineering acoustics (II)
  14. Measurement in engineering acoustics (III)
  15. Microphone (I)
  16. Microphone (II)
  17. New era of audio (I)
  18. New era of audio (II)
  19. Sensor array
  20. Sensor array system (I)
  21. Sensor array system (II)
  22. 3D sound reproduction (I)
  23. 3D sound reproduction (II)
  24. 3D sound reproduction (III)

7.Musical acoustics

  1. Absolute pitch
  2. Acoustics of stringed instruments
  3. Analysis and synthesis of musical performances
  4. Computer music: its history and recent movement
  5. Electrical and electronic instruments, computers
  6. Music perception (I)
  7. Music perception (II)
  8. Music signal processing and its application
  9. Production and perception of singing voices (I)
  10. Production and perception of singing voices (II)
  11. Visual methods for musical instrument acoustics
  12. Wind instruments: revisit to their sounding mechanisms (I)
  13. Wind instruments: revisit to their sounding mechanisms (II)

8.Noise and vibration control

  1. Aeroacoustics (I)
  2. Aeroacoustics (II)
  3. Aeroacoustics (III)
  4. Community response to noise (I)
  5. Community response to noise (II)
  6. Environmental noise policies and the information of the citizens
  7. Evaluation of environmental noise
  8. Ground vibration
  9. Human response to whole body vibration in vehicles (I)
  10. Human response to whole body vibration in vehicles (II)
  11. In-situ impedance measurement of acoustic material
  12. Machinery noise (I)
  13. Machinery noise (II)
  14. Machinery noise (III)
  15. Measurement for noise and vibration (I)
  16. Measurement for noise and vibration (II)
  17. Measurement for noise and vibration (III)
  18. Measurement for noise and vibration (IV)
  19. Measurement of continuous evaluation of temporally varying events
  20. Modeling and prediction methods for aircraft noise and railway noise
  21. Modeling and prediction methods for road traffic noise (I)
  22. Modeling and prediction methods for road traffic noise (II)
  23. NVH car simulation
  24. Noise and vibration
  25. Noise barriers (I)
  26. Noise barriers (II)
  27. Noise barriers (III)
  28. Numerical simulation of noise source mechanism
  29. Outdoor sound propagation (I)
  30. Outdoor sound propagation (II)
  31. Sound absorption materials
  32. Sound quality in life space (I)
  33. Sound quality in life space (II)
  34. Soundscape (I)
  35. Soundscape (II)
  36. Soundscape (III)
  37. Structural vibrations and acoustics
  38. Tire/road noise
  39. Vibroacoustics

9.Psychological and physiological acoustics

  1. Auditory neuroscience and bioacoustics (I)
  2. Auditory neuroscience and bioacoustics (II)
  3. Auditory neuroscience and bioacoustics (III)
  4. Auditory visual interaction (I)
  5. Auditory visual interaction (II)
  6. Dynamic approaches to the study of spoken language (I)
  7. Dynamic approaches to the study of spoken language (II)
  8. Hearing aids: from psychology to models and algorithms (I)
  9. Hearing aids: from psychology to models and algorithms (II)
  10. Hearing aids: from psychology to models and algorithms (III)
  11. Physiology and modeling of auditory periphery
  12. Quantitative and objective measurement of auditory perception
  13. Sound localization
  14. Sound localization and hearing impairment
  15. Speech intelligibility
  16. Speech perception: learning linguistic structure and brain

10.Speech science and speech communication

  1. Advanced speech signal processing in car
  2. Analysis of emotional speech
  3. Language modeling and dialog
  4. Pitch extraction from acoustic signals by human and machine
  5. Recent advances in oriental spoken language processing
  6. Speech and acoustic databases (I)
  7. Speech and acoustic databases (II)
  8. Speech enhancement
  9. Speech enhancement, recognition and understanding
  10. Speech perception, analysis and synthesis
  11. Speech production model (I)
  12. Speech production model (II)
  13. Speech recognition
  14. Speech recognition in noise
  15. Speech technology for education

11.Ultrasound

  1. Acoustic property of material (I)
  2. Acoustic property of material (II)
  3. Acousto-optics (I)
  4. Acousto-optics (II)
  5. Industrial application of nonlinear acoustics
  6. Medical ultrasonics (I)
  7. Medical ultrasonics (II)
  8. Medical ultrasonics (III)
  9. Micro-manipulation of small particles by ultrasonic fields (I)
  10. Micro-manipulation of small particles by ultrasonic fields (II)
  11. Nondestructive testing and acoustic imaging
  12. Nonlinear acoustics (I)
  13. Nonlinear acoustics (II)
  14. Nonlinear acoustics (III)
  15. Sonochemistry (I)
  16. Sonochemistry (II)
  17. Sonochemistry (III)
  18. Theory and analysis of acoustic fields (I)
  19. Theory and analysis of acoustic fields (II)
  20. Therapeutic ultrasound (I)
  21. Therapeutic ultrasound (II)
  22. Transducers
  23. Ultrasonic actuators (I)
  24. Ultrasonic actuators (II)
  25. Ultrasonic actuators (III)
  26. Ultrasonic functional devices
  27. Ultrasonic measurements and visualization
  28. Ultrasonic tissue elasticity imaging
  29. Ultrasonics (I)
  30. Ultrasonics (II)

12.Underwater acoustics

  1. Geoacoustic problems
  2. Inversion method
  3. Marine bioacoustics
  4. Scattering and nonlinear acoustics
  5. Sound propagation (I)
  6. Sound propagation (II)
  7. Synthetic aperture sonar
  8. Transducers and sonar systems
  9. Underwater noise

13.Late paper session

  1. Late paper session.
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