Skip to main content

Nokia tests AI safety at Japan rail crossing

Japan’s Odakyu Electric Railway is using Nokia’s SpaceTime scene analytics to identify ways of improving rail crossing safety. 
By Ben Spencer February 27, 2020 Read time: 1 min
Rail crossings can be hazardous for pedestrians and drivers (Source: © Gregory Brault | Dreamstime.com)

Nokia says its analytics detect abnormal events by applying machine learning-based artificial intelligence to available camera images. It can operate at reduced bandwidth in remote sites which may have limited connectivity. 

John Harrington, head of Nokia Japan, says: “By running machine learning analytics on camera feeds, and sending solely relevant scenes and events to operators, the full benefits of video surveillance can be realised in a wide variety of settings – with rail crossings a particularly relevant use case.”

According to Nokia, the analytics can provide real-time alerts for unauthorised entry into remote facilities. The product can also alert supervisors when personnel or equipment access unsafe locations in industrial settings or when heavy machinery is out of position creating a hazard, the company adds. 

Odakyu has 229 crossing points across 120.5km of rail track, with 137 radar systems for object detection. 


 

For more information on companies in this article

Related Content

  • Extra enforcement key to cutting road casualties in The Netherlands
    November 27, 2013
    While The Netherlands already has some of the safest roads in the world it has ambitious plans to make them safer still, as Jon Masters discovers. In virtually all periodical studies and comparisons of countries’ road safety performance, the Netherlands is consistently in the top three and often leads the world, depending on how casualty figures are compared. According to the International Traffic Safety Data & Analysis Group (IRTAD) of the International Transport Forum, road deaths per capita have falle
  • Standardised technology aids low cost wireless communication
    November 13, 2012
    In the UK, the necessary radio spectrum has been identified and standardised technology developed to allow cost effective wireless communication between cars, devices and other ‘machines’. This by Professor William Webb. A world free of traffic congestion, with intelligent systems directing vehicles and alerting drivers to free parking spaces may sound a far off fantasy to motorists stuck in seemingly endless queues on the outskirts of London. Yet this is a scenario not confined to the world of science fict
  • Hikvision unveils 'all in one' ITS camera
    February 9, 2021
    Unit works with a tracking radar to monitor up to three lanes of traffic 
  • New model generation with PTV’s Model2Go
    August 8, 2022
    PTV Group has launched a product which automates much of the painstaking business of building transport models. Adam Hill talks to the company’s Udo Heidl and Ben Stabler to find out more