INTER-NOISE and NOISE-CON Congress and Conference Proceedings

Acoustical and particle pollution - A correlation study
pp. 1290-1295(6)
Authors: Holstein, P; Franck, U

Road traffic noise - A matter of sound quality
pp. 1296-1301(6)
Authors: Krebber, Winfied; Genuit, Klaus; Sottek, Roland

Road traffic noise simulation in urban streets
pp. 1302-1306(5)
Authors: Sottek, Roland; Krebber, Winfield; Genuit, Klaus

GIS-based evaluation of road noise according to the evaluation manual for noise and road noise models in Japan
pp. 1307-1312(6)
Authors: Ieyasu, T; Ban, H; Fukunaga, T

Typical diurnal traffic noise patterns for a variety of roadway types
pp. 1313-1318(6)
Author: Greene, Michael

Measurement of secondary railway noise
pp. 1319-1324(6)
Authors: Kalivoda, Manfred T; Kudrna, Monika

Noise measurement study at a New Jersey transit rail yard
pp. 1325-1330(6)
Author: Chen, Alex C

Numerical analysis of centrifugal compressor noise
pp. 1331-1334(4)
Authors: Sun, Hyosung; Lee, Soogab

Noise reduction of an electrical substation - A case study
pp. 1335-1340(6)
Author: Gosselin, B

Simplifying noise management for motor sports
pp. 1341-1346(6)
Author: Burgess, Marion

Urban design in high noise settings quiet sides and source sides
pp. 1347-1352(6)
Authors: Dubbink, David; Day, Linda

Numerical analysis of underwater propeller noise
pp. 1353-1358(6)
Authors: Seol, Hanshin; Lee, Soogab; Suh, Jung-Chun

The work of I-INCE technical group 2 on noise labels for consumer and industrial products
pp. 1359-1363(5)
Author: Berry, Bernard F

Overcoming instrument noise floors when measuring in quiet environments
pp. 1364-1371(8)
Authors: Horonjeff, Richard D; Ross, Jason C

The UK national noise incidence study 2000/2001 - Preliminary findings
pp. 1372-1377(6)
Authors: Skinner, C.J.; Grimwood, C.J.

Characterizing community noise exposure during major race events
pp. 1378-1385(8)
Author: Weber, M.S.

Outdoor recreational noise - An overview
pp. 1386-1393(8)
Author: Dickinson, Philip J

Sound exposure of musicians in a pit orchestra
pp. 1394-1400(7)
Authors: Boasson, A; Metkemeijer, R.A.; Granneman, J.H.

A study on correspondence of hearing impression and physical parameter of floor impact sound
pp. 1401-1406(6)
Authors: Ishimaru, T; Yamashita, Y; Ishii, M; Owaki, M; Zaima, T

Prediction of sound and vibration based on a virtual vehicle
pp. 1407-1414(8)
Author: Genuit, Klaus

Evaluation of floor impact noise in multi-story residential buildings
pp. 1415-1420(6)
Authors: Jeon, J.Y.; Jeoung, J.H.; Vorlaender, Michael; Thanden, Rainer

Residents' preference for noise exposure patterns
pp. 1421-1424(4)
Authors: Gjestland, Truls; Solberg, Marianne; Stofringsdal, Bard

Effects on consistency of sound and visual signal on easiness of directional cognition
pp. 1425-1430(6)
Author: Akita, T

An examination of Aures's model of tonality
pp. 1431-1436(6)
Authors: Hastings, Aaron; Davies, Patricia

Effects of leisure activities on the auditory perception
pp. 1437-1442(6)
Author: Barti, Robert

Helicopter noise, noise sensitivity, annoyance and cardiovasular response
pp. 1443-1446(4)
Authors: Smith, A.P.; Rich, N

Soundscapes perceived indoors and outdoors at quiet and noisy sides of apartment buildings
pp. 1447-1454(8)
Authors: Berglund, B; Nilsson, Mats E

Environmental noise assessment: Psychophysical background
pp. 1455-1461(7)
Author: Fastl, Hugo

A new questionnaire using WWW system for road traffic noise
pp. 1462-1467(6)
Authors: Kobayashi, Kazuhiro; Yasuda, Yoshioki; Furihata, Kenji; Yanagisawa, Takesaburo

Adverse health effects of noise and the value of access to quietness in residential areas
pp. 1468-1474(7)
Authors: Kihlman, Tor; Ohrstrom, Evy; Skanberg, Annbritt

Soundscape proposals - Does it help when acoustical and visual factors are well matched in an urban environment?
pp. 1475-1478(4)
Author: Schulte-Fortkamp, Brigitte

What residents have in mind when asked for scaling noise annoyance
pp. 1479-1484(6)
Authors: Hallmann, S; Guski, R; Schuemer, R

The effect of land-use variables in a fuzzy rule based model for noise annoyance
pp. 1485-1490(6)
Authors: Verkeyn, A; Botteldooren, D

Classrooms acoustics in Belgian schools: Experiences, analysis, design
pp. 1491-1498(8)
Authors: Vermeir, G; De Geetere, L

A predictive model of noise induced awakenings from transportation noise sources
pp. 1499-1506(8)
Authors: Finegold, Lawrence S; Elias, Bartholomew

Noise disturbed sleep aboard ships and on oil installations
pp. 1507-1512(6)
Authors: Smith, A.P.; McNamara, R

The relative importance of noise during encoding and rehearsing for the subsequent recall of a text
pp. 1513-1518(6)
Author: Hygge, S

Objective measurement of the effects of noise aboard ships on sleep and mental performance
pp. 1519-1524(6)
Authors: Smith, A.P.; Ellis, N

Sound characteristics in low frequency and their relevance for performance effects
pp. 1525-1530(6)
Authors: Bengtsson, J; Waye, K.Persson; Kjellberg, Anders

Effects of low frequency noise in the occupational environment - Present knowledge base
pp. 1531-1537(7)
Author: Waye, K.Persson

Low frequency sound and health effects from low noise pile driving
pp. 1538-1543(6)
Author: van den Berg, Frits

Active design of automotive engine sound
pp. 1544-1549(6)
Authors: Scheuren, Joachim; Schirmacher, Rolf; Hobelsberger, Josef

Pertinence of sensory evaluation of vehicle sounds: Analysis of multidimensional scaling representation with the classical sensory profiling analysis
pp. 1550-1556(7)
Authors: Bardot, Anne; Roussarie, Vincent; Tsogo, Leopold; Masson, Marie-Helene

Evaluation of sound quality of porous intake duct noise
pp. 1557-1562(6)
Authors: Kitahara, Senji; Takao, Hideo; Hatano, Shigeko; Hashimoto, Takeo

Effect of seat vibration to the perception of sound quality under long-term exposure of car interior noise and seat vibration
pp. 1563-1570(8)
Authors: Hashimoto, Takeo; Hatano, Shigeko

Sound environment in a cabin in relation to speech communication and annoyance
pp. 1571-1577(7)
Authors: Kuwano, Sonoko; Namba, Seiichiro; Okamoto, Takehisa

When more noise is preferred than less: Exploring the "peak end rule" in retrospective judgements of sound quality
pp. 1578-1583(6)
Authors: Vastfjall, Danile; Gulbol, Mehmet-Ali; Kleiner, Mendel

Transportation noise and recreational lands
pp. 1584-1603(20)
Author: Miller, Nicholas P

Annoyance of low frequency noise in control rooms
pp. 1604-1609(6)
Authors: Pawlaczyk-Luszcaynska, M; Dudarewicz, A; Waszkowska, M

Comparison of community responses to railway noise obtained with different rating scales constructed in the joint study by ICBEN
pp. 1610-1615(6)
Authors: Sato, T; Morihara, T; Yano, T

Retrofit sound insulation: The morning after
pp. 1616-1622(7)
Author: Freytag, John C

The relation between annoyance with aircraft noise in an outdoor recreation setting and being annoyed by noise at home
pp. 1623-1626(4)
Authors: Krog, N.H.; Engdahl, B

The UK national noise attitude survey 1999/2000 - Preliminary findings
pp. 1627-1632(6)
Authors: Grimwood, C.J.; Skinner, C.J.; Raw, G.J.; Ling, M.K.

Perception and annoyance of wind turbine noise in a flat landscape
pp. 1633-1638(6)
Authors: Pedersen, E; Waye, K.Persson

Alernative methods of A-weighting for environmental noise assessment
pp. 1639-1642(4)
Author: Schomer, P.D.

Further results using loudness-level weighting to assess noise annoyance
pp. 1643-1648(6)
Author: Schomer, P.D.

Comparison of dose-response relationships between railway and road traffic noises in Kyushu and Hokkaido Japan
pp. 1649-1654(6)
Authors: Morihara, T; Yano, T; Sato, T

Reliable prediction of community response to noise: Why you can't get there from here
pp. 1655-1659(5)
Author: Fidell, Sanford

Costs and benefits of noise barriers and porous pavements for motorways in the Netherlands
pp. 1660-1665(6)
Authors: Jadden, J; Nijland, H; Odijk, M

Values of traffic noise from a stated preference-choice experiment in Lisbon
pp. 1666-1671(6)
Authors: Arsenio, E; Bristow, A.L.; Wardman, M

External costs of transport noise - A bottom-up approach
pp. 1672-1677(6)
Authors: Schmid, Stephan A; Friedrich, Rainer

Prediction of noise annoyance due to local traffic using geographic information and traffic modeling
pp. 1678-1683(6)
Authors: Dekoninck, L; Botteldooren, D

Noise annoyance in schools - Teacher's perceptions
pp. 1684-1688(5)
Authors: Enmarker, I; Boman, E

Noise annoyance in schools - An interview study with pupils
pp. 1689-1694(6)
Authors: Boman, E; Enmarker, I

Environmental approach of the perception of noise transmitted through barriers
pp. 1695-1700(6)
Authors: Viollon, S; Lavandier, C

Priortizing road noise protections
pp. 1701-1706(6)
Authors: Chairbois, J-P; Houtave, P; Meganck, D; Thibert, A

Modification to procedures for determining prominent discrete tones
pp. 1707-1714(8)
Authors: Hellweg, Robert D; Nobile, Matthew A

A case study on the applications of the acoustical surveys in classrooms
pp. 1715-1718(4)
Authors: Karabiber, Z; Celik, E

Noise standards and community response to transportation noise sources in Japan
pp. 1719-1724(6)
Authors: Kaku, Jiro; Kato, Tohru; Kuwano, Sonoko; Namba, Seiichiro

Direct comparison of English and Japanese noise annoyance modifiers used in the ICBEN team 6 study
pp. 1725-1730(6)
Authors: Masden, K; Yano, T

Equivalence of noise annoyance modifiers in Japanese and English for standardized scales constructed according to the ICBEN method
pp. 1731-1736(6)
Authors: Yano, T; Masden, K

Acoustic comfort valuation using fuzzy regression
pp. 1737-1742(6)
Authors: Haquin, C-E; Lesceux, J-M; Mathys, J

Condition monitoring of acoustic fatique
pp. 1743-1748(6)
Author: Baranov, S.N.

Development of a hand-held sensor-probe for machine fault detection applying surface intensity measurements
pp. 1749-1754(6)
Authors: Hirao, Y; Yamamoto, K

Practical experiences with inertial type underwater acoustic intensity probes
pp. 1755-1762(8)
Author: McConnell, James A

An electromagnetic earphone of earplug type for a virtual reality system
pp. 1763-1768(6)
Authors: Miyashita, Yuichiro; Furihata, Kenji; Yanagisawa, Takesaburo; Matsuyama, Eiji

Noise measurement system which excludes noise from unusual sound sources during long time measurement
pp. 1769-1774(6)
Authors: Wakabayashi, Tomoharu; Ohya, Masaharu; Hotta, Satoshi; Takinami, Hiroaki

A sound level meter with GPRS communications
pp. 1775-1779(5)
Authors: Loez Navarro, Juan M; Ruiz Gonzalez, M; Recuero Lopez, M; de Arcas Castro, G

A new modular vehicle data acquisition system
pp. 1780-1787(8)
Author: Thompson, James K

Powertrain noise source localization with NAH
pp. 1788-1794(7)
Authors: Cheng, Ming-Te; Abe, Takeshi

Estimation of Doppler shift using the Symmiktos method: A non-linear approach for Doppler current meter applications
pp. 1794-1799(6)
Authors: Lago, Thomas L; Olsson, Sven; Eriksson, Per

A novel signal model for acoustic Doppler current meters based on large real-life data sets
pp. 1800-1805(6)
Authors: Lago, Thomas L; Olsson, Sven; Eriksson, Per

Measurement system for acoustic absorption using the Cepstrum technique
pp. 1806-1811(6)
Authors: Green, E.R.; Tathavadekar, P.M.; Poliquin, D; Zent, A.L.

Time history investigation of train pass-by
pp. 1812-1817(6)
Author: Zhang, Xuetao

Identification of brake squeal noise via sound intensity and acoustical measurement
pp. 1818-1823(6)
Authors: Balvedi, Alessandro M; Gerges, Samir N.Y.; Tousi, Shahram

Experimental study of the radiated noise as the vector acoustic field
pp. 1824-1829(6)
Author: Weyna, S

Measurement of vector sound intensity of moving vehicles for automatic supervision
pp. 1830-1835(6)
Authors: Wada, Tomohiro; Furihata, Kenji; Yanagisawa, Takesaburo

The cylindrical microphone array for the measurement of sound power level: Number and arrangement of microphones
pp. 1836-1843(8)
Authors: Nobile, Matthew A; Shaw, Jennifer A; Boyes, Robert A

Measurement of the sound power emitted by small noise sources with a reduced radius hemispherical surface
pp. 1844-1851(8)
Author: Dunens, Egons K

Numerical and experimental investigations for hard disk drive sound power level measurements in hemi-anechoic rooms
pp. 1852-1859(8)
Authors: Baugh, Eric; Green, Kent

Sound power of noise sources using sound pressure derived from sound intensity measurements
pp. 1860-1865(6)
Authors: Keith, S.E.; Krishnappa, G

Estimating the uncertainties of laboratory acoustic measurements according to the GUNM method
pp. 1866-1871(6)
Authors: Bessac, Francois; Blanquart, Bertrand

Remarks on the "Guide to the expression of uncertainty in measurement "(GUM) published by ISO and other international organisations - floating error analysis for an acoustic example
pp. 1872-1879(8)
Author: Hubner, Gerhard

Evaluation of smaller hemispheric measurement surface for sound power measurement of very quiet hard disk drives
pp. 1880-1885(6)
Authors: Xu, Y; Liu, Y; Oliver, D; Parker, J

Automated transmission loss measurement in the structural acoustic loads and transmission facility at NASA Langley Research Center
pp. 1886-1891(6)
Authors: Klos, J; Brown, S.A.

A new method for the reverberation time measurement on acoustic rooms
pp. 1892-1898(7)
Author: Lee, Sang-Kwon

Measurement of vibrational and acoustical properties of asphalt pavement layers
pp. 1899-1904(6)
Authors: Losa, M; Licitra, G; Lacoponi, A; Cerchiai, M

Detection of noisy footsteps by threshold filtering
pp. 1905-1910(6)
Author: Shibayama, Hideo

Design and construction consideration for automobile and automotive component acoustic test facilities
pp. 1911-1918(8)
Authors: Eckel, Alan; Ver, Istvan

A cost-effective simplified hemi-anechoic chamber for engine development purpose
pp. 1919-1925(7)
Authors: Lu, Ming-Hung; Jen, Ming Une