Visual Encoding of Acoustic Parameters – Framework and Application to Noise Mapping

Schiewe, Jochen; Weninger, Beate

doi:10.1179/1743277412y.0000000026

Cited by 8 publications

(2 citation statements)

References 9 publications

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“…These allow the identification of areas that, in acoustic terms, constitute a hazard or are excessive for the living environment of humans. This method of visualisation was considered appropriate and in line with works authored by Schiewe and Weninger (2013) and Medyńska-Gulij (2011) -the method selected is the most favourable from the perspective of user perception.…”

Section: Results and Conclusionmentioning

confidence: 71%

The propagation of noise in a built-up area (on the example of a housing estate in Poznań)

Kubiak

Ławniczak

2015

Journal of Maps

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The issue of the negative impact of noise on the natural environment is frequently ignored (in spite of its universality), in particular as regards urban and heavily built-up areas. The research presented herein was concerned with a housing estate located in Poznań (Poland). Its area totals approximately 0.55 km 2. The area contains structures covered by acoustic protection (multifamily building development and multi-family residential development). Noise level measurements were performed at designated points. The research made use of the Database of Topographical Structures-a digital study with a level of detail corresponding to a map on a scale of 1:10,000. It served as a backdrop for presenting the location of measurement stations and the sound level distribution; structures subject to protection against noise and areas with unfavourable acoustic conditions were both indicated. The results of the study may prove useful in administrative urban planning undertakings concerned with decreasing the noxiousness of noise or preserving areas characterised by a relative acoustic comfort.

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Section: Results and Conclusionmentioning

confidence: 71%

The propagation of noise in a built-up area (on the example of a housing estate in Poznań)

Kubiak

Ławniczak

2015

Journal of Maps

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show abstract

“…Se aplicó una secuencia de tonos verdes y amarillos brillantes pasando por naranjas hasta llegar al rojo oscuro, de esta forma los valores bajos se obtuvieron en tonos verdes mientras que los valores cercanos a los 65 dB estuvieron representados en rojo, evidenciando así el potencial peligro de exposición al ruido urbano (Schiewe y Weninger, 2013) …”

Section: Mapeo Del Ruidounclassified

La Influencia Del Paisaje Sonoro en La Calidad Del Entorno Urbano; Un Enfoque Hacia La Experiencia Sonora De La Ciudad Latinoamericana

Grijalba¹

2018

Proceedings of the 6th Creatives Cities, Orlando 2018

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Exploring the Influence of Colour Distance and Legend Position on Choropleth Maps Readability

Brychtová

2014

Lecture Notes in Geoinformation and Cartography

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Visual Encoding of Acoustic Parameters – Framework and Application to Noise Mapping

Cited by 8 publications

References 9 publications

The propagation of noise in a built-up area (on the example of a housing estate in Poznań)

The propagation of noise in a built-up area (on the example of a housing estate in Poznań)

La Influencia Del Paisaje Sonoro en La Calidad Del Entorno Urbano; Un Enfoque Hacia La Experiencia Sonora De La Ciudad Latinoamericana

Exploring the Influence of Colour Distance and Legend Position on Choropleth Maps Readability

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