1. Air Noise Environment Environmental engineers specialising in air, noise and emissions assessment and monitoring. ANE is based in Australia and works throughout the Asia Pacific region. http://www.ane.com.au

2. Air Noise Environment - Staff Prior to joining Air noise environment, Sue worked with the Queensland EnvironmentalProtection Agency and a number of environmental consultants including http://www.ane.com.au/Pages/Staff.htm

The technical staff of the firm currently comprises: Claire Richardson - BSc (Hons), MIOA, MAAS, MRSH Principal Consultant Claire is an Environmental Scientist with post-graduate qualifications in Air Pollution Control and Acoustics and Noise Control. With over fifthteen years experience in the field of environmental management, across Asia, Europe and all Australian states, Claire offers a broad based skill set in addition to keynote expertise in the technical areas of air quality and acoustics. C laire is an invited member of various technical and policy related committees and participates actively in the development of Australian environmental legislation. Claire is also a member of the Queensland Branch Committee of the Clean Air Society. Sue Hogg - B.Env. Eng. (Hons), M. Eng. Sci. Grad IEAust PEng Associate Sue is an environmental engineer with an extensive skills base. She has ten years experience in waste management, policy and legislation. Sue has served on the Queensland Executive Committee of the Waste Management Association of Australia (WMAA) for four years. Ramses Zietek - B.Eng (Env) MIEAust

3. State Of Noise Environment State of noise environment. According to the noise monitoring resultsin fiscal 2000, 299 out of 521 monitoring points achieved the http://www.epcc.pref.osaka.jp/apec/eng/monitor/bc1.htm

State of Noise Environment According to the noise monitoring results in fiscal 2000, 299 out of 521 monitoring points achieved the environmental quality standard for environmental noise level in both day time and night time, 137 points achieved in either day or night, and 85 points did not achieve in either day or night. On the other hand, 133 out of 321 monitoring points achieved the environmental quality standard for road traffic noise level in both day time and night time, 33 points achieved in either day or night, and 155points did not achieve in either day or night. Achievement rate of Environmental Quality Standard for Noise

4. Analysis Of The Low-Frequency Radio Noise Environment At Satellite Heights From Display session, Wednesday, June 12 Tripp Commons,. 55.15 Analysis of the LowFrequencyRadio noise environment at Satellite Heights from Terrestrial Sources. http://www.aas.org/publications/baas/v28n2/aas188/abs/S055015.html

Previous abstract Next abstract Session 55 - Space Instrumentation. Display session, Wednesday, June 12 Tripp Commons, [55.15] Analysis of the Low-Frequency Radio Noise Environment at Satellite Heights from Terrestrial Sources M. F. Taylor, J. P. Basart (Iowa State U.), M. McCoy (Electrospace Sys.), E. Rios (Iowa State U.) Program listing for Wednesday

5. Air Noise Environment Pty Ltd (ANE), Australia Australia Air noise environment Pty Ltd (ANE). Street, 344 Queen Street, Level20. City, Brisbane QLD 4000. Country, Australia. Telephone, (+61) 7 3221 8131. http://www.eco-web.com/register/01153.html

Air Noise Environment Pty Ltd (ANE) Street 344 Queen Street, Level 20 City Brisbane QLD 4000 Country Australia Telephone Facsimile E-Mail ane@ane.com.au Internet www.ane.com.au Summary Updated 18-2-2002 Fields of Activity and Cross References Air Pollution Control Air Pollution Monitoring Waste Management Noise Protection ... ECO Services International

6. Green Pages - Index 8.1 : Noise Analysis & Instruments Air Noise Compliance Inc. (ANC) United States. Air noise environment Pty Ltd(ANE) Australia. Allied Environmental Consultants Limited (AEC) Hong Kong. http://www.eco-web.com/index/category/8.1.html

AAC Centro de Acústica Aplicada SL (AAC) Spain Absorsor Engenharia - Acustica, Vibracao e Ambiente, Lda Portugal Hong Kong Acústica y Telecomunicaciones SL (ACUSTTEL) Spain United States Air Noise Environment Pty Ltd (ANE) Australia Allied Environmental Consultants Limited (AEC) Hong Kong ALS Technichem (Malaysia) Sdn Bhd Malaysia ATCO Noise Management Ltd Canada Atlantis Consulting Cyprus Automation Engineering (IPA) Romania BioNoise Ingegneria Ambientale Italy Bord na Móna Environmental Ltd Ireland Bowin Environeering Ltd Hong Kong Brandt Meio Ambiente (BMA) Brazil Bratati Intel (BI) India Casella Group United Kingdom Casella Stanger United Kingdom City Analytical Services Ltd (CAS) United Kingdom Cleaner Production Program (CPP) Pakistan Cooperativa de Consultoria e Planejamento Ambiental Ltda (COAMB) Brazil Cosmos Laboratory Equipment BVBA (CLE) Belgium CRL Environmental Corporation Philippines CSTI Acoustics United States Datanet Engineering, Inc. (DEI) United States Dekati Measurements Oy Finland Netherlands Ecoges Medio Ambiente, SL

7. Noise Environment Studies First Previous Next Last Index Home Text. Slide 23 of 31. http://image.gsfc.nasa.gov/presentation/rpi_nar/sld023.html

8. Noise EnvironmentJames Green First Previous Next Last Index Home Text. Slide 22 of 31. http://image.gsfc.nasa.gov/presentation/rpi_nar/sld022.html

9. Subject: Noise Environment Sub-Committee - Initial Proposal Subject noise environment SubCommittee - Initial Proposal. Author Motorola. Thesetopics were Software Radio, Ultra Wideband Radio and the noise environment. http://www.jacksons.net/tac/First Term/Noise_Plan v1.1.htm

Subject: Noise Environment Sub-Committee - Initial Proposal Author: Motorola Date August 11, 1999 Task Definition In response to FCC requests, the TAC formed three sub-committees covering various topics impacting radio spectrum policy. These topics were Software Radio, Ultra Wideband Radio and the Noise Environment. The charter of the Noise Environment sub-committee was defined as follows. Noise Environment Sub-Committee Charter Assess and report to the Commission the current state of knowledge on electromagnetic noise levels and the effects of such noise on the reliability of existing and future communications systems. Identify, if possible, man made causes of electromagnetic noise that have or are likely to have harmful effects on wireless communications. Identify issues or causes of man made electromagnetic noise that justify FCC attention or action. Determine what types (if any) of electromagnetic noise create significant concerns and suggest technical approaches for obtaining sufficient information on the subject Scope Our approach to addressing this charter was to first define the scope of this effort. We felt that potential noise from RF communication devices (Cell phones, two-way radios, microwave equipment, etc), other types of devices (e.g. computers, cars, power lines, industrial equipment) and natural phenomena (atmospheric noise, sun spots) should be included as possible sources.

10. Speech Intelligibility In The Space Shuttle Mid-deck Noise Environment: The Eff Speech Intelligibility in the Space Shuttle Middeck noise environmentThe Effect of Active Noise Reduction Technology. Michele H. Segal. http://ergo.human.cornell.edu/AHProjects/segal99/tsld001.htm

Speech Intelligibility in the Space Shuttle Mid-deck Noise Environment: The Effect of Active Noise Reduction Technology Michele H. Segal DEA- Masterís Thesis Defense Dept. DEA, Cornell University, Ithaca, NY 14853. Thesis chair: Professor Alan Hedge, Dept. DEA Next slide Back to first slide View graphic version

11. [OMRON] Hands-Free Word Recognition In Real Noise Environment The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://www.wg.omron.co.jp/announce/990831.html

$B $B Hands-Free Word Recognition in Real Noise Environment $B%*%`%m%s!J3t!K0KED@/ Masaki IDA, Hiroyuki MORI (OMRON Corporation) Satoshi NAKAMURA,Kiyohiro SHIKANO (Graduate School of Information Science, Nara Institute of Science and Technology) Abstract $BOBJ8>6O?(B $B!!!!2;@ 2A(B $B!!!!%G! 2A$,I,(B $B!!!!MW$G$"$k!#(B $B!!0lHL$K2;@ eDc <~GH0h$KBP$9$kFC@-$,Nt$j!"8e

12. NPL Acoustics: Rating The Total Noise Environment - Ideal Or Pragmatic Approach? Rating the total noise environment ideal or pragmatic approach? - Abstract. AcousticsHome Publications Rating the total noise environment - ide . http://www.npl.co.uk/npl/acoustics/publications/articles/468.html

The UK's National Measurement Laboratory Advanced Search Rating the total noise environment - ideal or pragmatic approach? - Abstract Contact Us Website Map Acoustics Home Publications Rating the total noise environment - ide.... International Congress on Noise as a Public Health Problem, Dubrovnik, 1973. Proceedings (EPA 550/9-73-008), 777 - 784. Year: 1973 D W Robinson Abstract Human reactions to noise are numerous and variable; despite this, quantitative methods are necessary for planning and comparing data on a uniform footing throughout the world. It is suggested that different measurement techniques may be more alike than they appear and from this arose the concept of Noise Pollution Level, LNP. Shortcomings of this measurement scale in its most primitive form are discussed and a computer realization for a modified LNP is proposed. Last modified on: Tuesday, 14-Jan-2003 09:22:41 GMT Privacy National Physical Laboratory, Teddington, Middlesex, UK, TW11 0LW

13. The Noise Environment The noise environment. If the product is meant to be used in a noisyenvironment, care must be taken to design around the noise. http://www.szjtvoice.com/english/product/The Noise Environment.htm

The Noise Environment

14. [M.1032-1] Radio Noise Environment On Board Vessels M.10321 Radio noise environment on board vessels. Availability Electronic Bookshop Price24 CHF (Swiss Francs). To add item to http://www.itu.int/itudoc/itu-r/publica/rep/m/1032-1.html

Français Español Print Version Office of the ... Publications [M.1032-1] Radio noise environment on board vessels Availability : Electronic Bookshop Price: 24 CHF (Swiss Francs) To add item to your shopping basket click on Add to Cart View or Download Document Format Size Posted E-Bookshop English PDF (acrobat) 617.3 kb Oct 21 2002 Add to Cart Checkout (Pay) Basket Status Top ... Privacy Contact for this page : webmaster@itu.int Updated : 2003-03-17

15. [M.1032-1] Radio Noise Environment On Board Vessels Translate this page M.1032-1 Radio noise environment on board vessels. Disponibilidad Electronic Bookshop Precio24 CHF (Swiss Francs). Para adquirir http://www.itu.int/itudoc/itu-r/publica/rep/m/1032-1-es.html

English Français Copia Imprimible Oficina del ... Publicaciones [M.1032-1] Radio noise environment on board vessels Disponibilidad : Electronic Bookshop Precio: 24 CHF (Swiss Francs) Para adquirir productos de la 'Electronic Bookshop', seleccione el documento y pulse el botón Añadir al cesto de compras Telecargar Document Formato Talla Colocado E-Bookshop English PDF (acrobat) 617.3 kb oct 21 2002 Add to Cart Adquisición y verificación Cesto de compras/Selección Comienzo de la página ... Confidencial Reservados todos los derechos Contacto public : webmaster@itu.int Puesto al dia el 2003-03-17

16. Outdoor Concert Noise Environment Protection Policy Home Your environment at home work and play Documents for public commentOutdoor Concert noise environment Protection Policy. Outdoor http://www.environment.act.gov.au/ie4/yourenvironmenthwp/outdrnoise.html

Home About Us Feedback Contact Us ... Text Only SEARCH Outdoor Concert Noise Environment Protection Policy Home Your environment at home work and play Documents for public comment Outdoor Concert Noise Environment Protection Policy Outdoor Concert Noise Environment Protection Policy The draft Outdoor Concert Noise Environment Protection Policy (EPP) was released for public comment on 14 February 2001. The final EPP was notified in the Gazette on 9 August 2001. The EPP contains information and policies relating to environmental authorisations for outdoor concerts. It aims to provide reasonable protection to the amenity of neighbouring residents from outdoor concert noise while providing the broader community with access to enjoy significant events in accordance with the objects of the Environment Protection Act 1997. The EPP explains the procedures that the Environment Management Authority would use to grant environmental authorisations and provides guidance on the obligations of concert venue operators to meet their legislative requirements. Download Outdoor Concert Noise EPP (109 Kb) (80 Kb) Your environment at home work and play Documents for public comment Civic noise Hazardous materials Murrumbidgee catchment ... Nature Conservation Act- Revision of Protected and Exempt Species List Outdoor concert noise Plant diseases act review Pest Legislation Sub-Catchment planning in the ACT Tree management policy ... Site Map Environment ACT, 12 Wattle Street, LYNEHAM ACT 2602 Phone: +61 2 6207 9777

17. Noise Environment Speech Recognition Using Spectral Subband Centroids IPSJ SIGNotes Spoken Language Processing Abstract No.019 004. Noiseenvironment speech recognition using spectral subband centroids. http://www.ipsj.or.jp/members/SIGNotes/Eng/21/1997/019/article004.html

Last Update¡§Tue Jun 19 14:46:14 2001 IPSJ SIGNotes Spoken Language Processing Abstract No.019 - 004 Noise environment speech recognition using spectral subband centroids Tsuge Satoru Fukada Toshiaki Singer Harald Paliwalf Kuldip K. ATR Interpreting Telecommunications Research Laboratories Tokushima University Griffith University This paper investigates the effectiveness of a novel feature for speech recognition called spectral subband centroids (SSC). SSC are computed as frequency centroids for each subband using the power spectrum of the speech signal. This feature can be obtained reliably even under noisy conditions because SSC are mainly computed from spectral peaks such as formants whose positions are almost unchanged in a noisy environment. Therefore, we can expect SSC to provide here useful information. Experimental results on Japanese spontaneous speech recognition showed that SSC produced significant improvements at SNR=10dB and 20dB when used as a supplemental feature to the conventional Met-Frequency Cepstral Coefficients (MFCC). ¢¬Index SIGNotes Spoken Language Processing No.019

18. Evaluation Of Chamber Acoustic Noise Environment Demonstration Project. Category Environmental Monitoring. Demonstration ProjectEvaluation of Chamber Acoustic noise environment. Project Lead Theodore Foley. http://advlifesupport.jsc.nasa.gov/ehti3/demo11.html

Demonstration Project Category: Environmental Monitoring Demonstration Project: Evaluation of Chamber Acoustic Noise Environment Project Lead: Theodore Foley Project Description: Noise is a very important part of the environment which can effect communications, general well being, and in the extreme case can result in loss of hearing. Measuring and controlling noise levels becomes more important when you cannot get out of your environment to go somewhere different or quiet. The results of this study will be used to recommend procedures for protecting crewmembers from excessive noise and for modifying equipment to be more quiet. This project consists of 5 interdependent components: Measuring the total noise each crewmember is exposed to on a typical day. Determining sources and measuring the levels of noise emitting equipment. Mapping noise levels within the chamber. Evaluating and redirecting the noise measurements as necessary. Hardware: Sound level and frequency spectrum meters

19. Evaluation Of Communications Earplugs In Combat Aircraft Noise Environment Evaluation of Communications Earplugs in Combat Aircraft noise environmentby Dr Bhupinder Singhs. Sound attenuation of Gentex IIGU http://www.isamindia.org/gjabs/gjabs25.shtml

Evaluation of Communications Earplugs in Combat Aircraft Noise Environment by Dr Bhupinder Singhs Abstracts Best Scientific Papers presented in the conference Om Sathya Mehra Award Home ... Contact Us

20. Speech Coding Algorithms In Street Noise Environment Speech Coding Algorithms in Street noise environment. The street noiseused here was origianlly recorded on an audio cassette deck http://www.lincom-asg.com/ssadto/street_noise.html

Speech Coding Algorithms in Street Noise Environment The street noise used here was origianlly recorded on an audio cassette deck from the roof-top of a two story building in a Houston suburb on July 10, 1995 around 10:30 a.m. using a high-quality microphone. The additive street noise was mixed in to the speech files digitally at 5dB and 10dB SNR. Speech Compression Algorithm 10dB SNR (approx. 345 Kbytes) 5dB SNR (approx. 345 Kbytes) LinCom Home Vocoder Home Environments Speech Codecs ... More Information E-mail: ddexter@lincom-asg.com

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