Skip to main content

Columbia develops VRU headphone safety system

The Data Science Institute (DSI) at New York’s Columbia University is designing an intelligent headphone system that uses miniature microphones and intelligent signal processing to detect sounds of approaching vehicles.
By Ben Spencer February 11, 2020 Read time: 1 min
intelligent headphone system (Source: Columbia University's Data Science Institute)

The institute says the system will be able to send an audio alert to the pedestrian’s headphones if a hazard appears near. 

The headset will also include a low-power data pipeline to process sounds near the pedestrian. This pipeline will also contain a custom-integrated circuit that extracts relevant features from the sounds while using little battery power, the institute adds.  

Machine learning models on the user’s smartphone will classify acoustic cues from city streets and nearby vehicles to warm users of danger. 

The prototype was awarded a £1.2 million grant from the National Science Foundation and is being tested on streets close to Columbia. 

DSI’s Fred Jiang says the project will aim to develop a prototype of the smart headphone system and then transfer the technology to a commercial company. 

“We hope that, once refined, the technology will be commercialised and mass produced in a way that will help cities reduce pedestrian fatalities,” Jiang adds. 

For more information on companies in this article

Related Content

  • Oakland moves to curb delivery jams
    January 24, 2023
    Populus allows registered users to share vehicle location data and pay for space seamlessly
  • Mazda first of its kind regenerative braking system developed
    March 26, 2012
    Mazda Motor Corporation has developed a regenerative braking system for passenger cars capable of improving fuel economy by approximately 10 per cent. The new i-ELoop (intelligent energy loop) system, claimed to be the first of its kind in the world to use a capacitor, will begin to appear in Mazda vehicles from 2012.
  • St. Andrews gets £12m to develop EV battery
    September 10, 2019
    The UK’s University of St. Andrews has received £12 million to lead a project on the development of a sodium ion battery for electric vehicles (EV). The four-year Nexgenna project is seeking to commercialise a safe sodium ion battery which offers low cost and long cycle life. The university says the solution could enable EVs to travel further and allow electric trains to run on non-electrified lines, making rural routes in the Scottish Highlands commercially viable. The funding body announced the inve
  • Benefits of traffic data sharing with app developers
    November 10, 2015
    Timothy Compston finds out if exchanging traffic and road condition data with private app developers makes sense for both drivers and road authorities. Much has been said about the potential benefits for authorities in sharing data with traffic and navigation app developers, and receiving ‘crowdsourced’ information in return – so how is it working in practice?