STIPA Method in Public Adress Sound Systems and Voice Alarm Systems Part 2: Conversion Curves and Bandwidth Effect

René Drtina; Jaroslav Lokvenc; Josef Šedivý; Lukáš Čákora; Jan Konvalina; Lukáš Vrba

doi:10.4028/www.scientific.net/AMR.1082.574

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STIPA Method in Public Adress Sound Systems and Voice Alarm Systems Part 2: Conversion Curves and Bandwidth Effect

Abstract:

Classrooms, lecture, lecture, conference and convention halls can be considered as spaces in which there is sometimes one way, but more often two-way communication through the transmission channel. Equally important is the transfer of key information in voice alarm system.

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Periodical:

Advanced Materials Research (Volume 1082)

Pages:

574-580

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.1082.574

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Online since:

December 2014

Authors:

René Drtina, Jaroslav Lokvenc, Josef Šedivý*, Lukáš Čákora, Jan Konvalina, Lukáš Vrba

Keywords:

Cis, Clarity, Comprehensibility, Measurement, Sound System, Speech Intelligibility Index, Speech Transmission Index, STIPA, Voice Alarm System

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References

[1] IEC 60849: 1998. Sound systems for emergency purposes.

Google Scholar

[2] IEC 60268-16: 2011. Sound system equipment - Part 16: Objective rating of speech intelligibility by speech transmission index.

DOI: 10.3403/30355599u

Google Scholar

[3] JANUŠKA, I. Statistické porovnání subjektivních a objektivních metod určování akustické kvality uzavřených prostorů pro poslech řeči. Výzkumná zpráva. Praha. VÚZORT. (1964).

Google Scholar

[4] STEENEKEN, H. J. M. - HOUTGAST, T. Some applications of the Speech Transmission Index (STI) in auditoria. Acustica 51, 1982, pp.229-234.

Google Scholar

[5] DRTINA, R. et al. Ozvučovací systémy pro velká auditoria. Část 8. - Směrové charakteristiky reproduktorového sloupu DPT208. Media4u Magazine. 1/2012. s. 154-164. ISSN 1214-9187.

Google Scholar

[6] DRTINA, R. - LOKVENC, J. Ozvučovací systémy pro velká auditoria. Část 9. - Směrové charakteristiky skládaných zářičů z DPT208. Media4u Magazine. 2/2013. s. 50-63. ISSN 1214-9187.

Google Scholar

[7] SMETANA, C. Praktická elektroakustika. Praha - Bratislava. SNTL/ALFA. (1981).

Google Scholar