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New software aims to better predict street noise levels

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June 14, 2012

New software could be used to more accurately predict noise levels in a street (Photo: Shu...

New software could be used to more accurately predict noise levels in a street (Photo: Shutterstock)

House hunters could soon have a useful tool to turn to when seeking out a potential new pad. Researchers from the University of Granada have developed software that they claim can accurately predict future noise levels in a street. The system not only predicts the frequency of noise, but the type of noise that potential residents would have to put up with.

While paying a visit to a property will provide potential purchasers with much of the information required to make a decision on whether to buy or not, reliably forecasting the amount of noise will depend largely on the time of the visit. And with noise classified as a pollutant by the World Health Organization (WHO), it is one of the major factors affecting one’s enjoyment and ability to relax at home.

The software designed by researchers from the University of Granada Departments of Computer Sciences and Artificial Intelligence, Civil Engineering and Applied Physics applies a neural network model in a system that they claim can predict urban noise levels with a reliability of 95 percent.

The system takes into account a number of variables, including street type, road conditions, average speed of passing vehicles, and road works, to produce a forecast of future noise levels. The researchers are currently working to reduce the number of variables required to form an accurate noise forecast.

Unlike mathematical models that rely on a specific set of data, which are usually employed to predict noise levels, the team claims theirs is the first urban noise assessment system to use “soft computing”, a field of computer science that tolerates a bit of imprecision and approximation within its calculations.

The research team relied on a set of noise data collected in Granada in 2007 to develop their system, but they are now collecting further data in other cities against which to validate their model.

Results of the team’s study have been partially published in a number of journals, including Building and Environment and The Journal of the Acoustical Society of America.

Source: University of Granada

About the Author
Darren Quick Darren's love of technology started in primary school with a Nintendo Game & Watch Donkey Kong (still functioning) and a Commodore VIC 20 computer (not still functioning). In high school he upgraded to a 286 PC, and he's been following Moore's law ever since. This love of technology continued through a number of university courses and crappy jobs until 2008, when his interests found a home at Gizmag.   All articles by Darren Quick
3 Comments

That nice, but they will really have something when it can predict the noise levels due to insane barking from dogs.

MontanaPhil
14th June, 2012 @ 06:20 am PDT

It will not let you know that the neighbor has a 3-year old who goes out on his Big Wheel tryke at 6:00 AM to drive around on the sidewalk past your house or that the other neighbor has 2 dogs that bark all night long or that a third neighbor as decided to install 20 chickens to get eggs or that still another like to throw outdoor parties every Saturday night that last until 2:00 AM on Sunday morning.

Road noise or even a train passing by the house are noise one soon stops hearing mentally but these other noises are not easily ignored and do grate.

Calson
14th June, 2012 @ 05:39 pm PDT

On the positive side, if this becomes popular and builders start paying attention to noise levels, they may start adopting strategies to reduce those noise levels, such as nearby freeways, that can be addressed. And once that happens, who knows? Maybe a cone of silence that will follow your neighbor's dogs and kids!

Rich Mansfield
27th June, 2012 @ 02:07 pm PDT
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