Rubén M.Cenzano

Chartered Civil Engineer specialised in Transportation

Ingeniero de Caminos especialista en Transporte

New York’s MTA tests new safety technology on buses


As part of the MTA’s ongoing commitment to improving safety across all agencies and in coordination with New York City’s Vision Zero plan, MTA New York City Transit has begun to test new technologies aimed at improving safety for drivers, bus customers and pedestrians. The 60-day tests of pedestrian turn warning and collision avoidance systems will determine if a full pilot of one or both systems can proceed in 2016.

NYC Transit’s Department of Buses is testing two systems on six buses: a pedestrian turn warning system that issues an external audio warning when the bus is making a right or a left turn, and a smart sensor based technology designed to prevent forward and side collisions by alerting the bus operator with visual and auditory warnings.

A pedestrian turn warning system by Clever Devices has been installed on four buses. The system is triggered when the bus makes a turn, activating an external warning to nearby pedestrians or cyclists that the bus is turning. External speakers are installed in an area that does not block the bus operator’s view, and the speaker volume takes into consideration the ambient sound level in the vicinity of the bus.

The second test involves a collision avoidance system that is installed within view of the bus operator at the front of the bus. Multiple smart vision sensors manufactured by Mobileye are integrated with a driver interface manufactured by Rosco Vision Systems, to create the Mobileye Shield+ system. This system is installed in and around the bus to help detect the presence of vehicles and pedestrians in the front of the bus and pedestrians on both sides of the bus. The collision avoidance system alerts the bus operator prior to a potential collision without the need for bus operator input and continually measures distance and relative speeds of the bus and surrounding objects to evaluate the risk of a collision. When danger is imminent, visual and audible alerts warn the bus operator to make necessary corrections in sufficient time to avoid a collision.

“These initiatives are an integral part of our commitment to continually improve our safety performance,” said Darryl Irick, senior vice president, NYC Transit Department of Buses and president of MTA Bus. “Our safety efforts so far have reduced the number of collisions per million miles by as much as 46% since 1988. But we are always aiming to do better, and we look forward to taking this commercially-available technology and seeing how we can put it to practical use on a larger scale under New York City operating conditions.”


Powered by Blogger.

Labels

APTA BMI BRT Boston uni CHIC CILT DfT ETSC EU EVP Edinburgh uni FT GHSA HEAT HGV HOT HOV IEA INEA ITS LEZ LOS LatAm MaaS McGill uni NGO PPP PnR R&D SCOPE SUMP Swinburne uni TCRP TED TEN-T TRL UITP UK UN VMT WHO WPT WRI accessibility acs airbag airport amsterdam analysis anpr app arduino athens auckland audi australia ballasttamper bateadora battery belgium berlin beter benutten bid bratislava brazil bridge building bus bus bunching bus stop business case cable-stayed cadiz califormia camouflage canada cancun car club car sharing carpooling challenge chicago china colombia commitments commuting congestion charge connected vehicle construction consultation copenhagen crane creativeness crime crowdfunding cycling dam demolition diabetes diesel differential gear disabled disaster distance diversity dot dragados driverless driving drone dublin e-road eCall economy edinburgh edu efficiency electric vehicle emergency emergency brake energy enforcement engineering enrique dans ephemeris escalator estonia ethics europe evaporation extreme fares ferry financing finland flight floating car flooding france free software freight funding gentrification germany global debt google greece green wave guide health heavy equipment helsinki high speed hong kong hydrogen hyperloop iberoamerica ice implosion india infringement interchange intersection investment ireland isochrone israel italy ite japan junction design koolicar korea lake lane width last mile latvia lighting lithuania london los angeles low cost lyft madrid maersk line maglev megaproject melbourne microsimulation milan mirror mistake mit mobile mobility mobility plan modelling montreal nacto netherlands new materials nhtsa no car day noise nokia north america norway nutonomy nyc nz ocean on demand online learning online tools open data oregon oslo oulu parking pavement pedestrian peru petrol phantom traffic jam philadelphia platooning poland pollution probability protected intersection public transport rail railroad real time renewable energy road charging road construction roundabout rubber russia safety samsung san francisco saudi scandinavia scania schipol school science scotland seville sharing economy siemens signpost singapore skyscraper skytran slovakia smart city smart network smart parking snow south africa spain speed camera spinlister statistics stockholm stress structural steel subway sustainability sweden switzerland tallinn tax taxi tel aviv tenerife tensegrity tesla texas text and drive tfl thermodynamics time lapse tispol tokio toll road toronto traffic congestion traffic light traffic management transport planning travel tunnel turin turkey uber underground urban planning usa usdot v2i v2v viaduct vigo vision zero volvo walkup washington weigh-in-motion wellington winter wireless charging works wtf zipcar
/