Zenuity gets green light to trial self-driving cars on Swedish highways
Zenuity, a joint venture between vehicle solution manufacturer Veoneer and Volvo Cars, is to trial self-driving cars on Swedish highways at a maximum speed of 80km/h.
Dennis Nobelius, CEO at Zenuity, says the vehicles will collect important data and improve the company’s safety functions to make unsupervised cars a reality.
Transportstyrelsen, the Swedish transport agency, has approved the trials which will take place on the E4 between Stockholm and Malmö; Road 40 between Jönköping and Gothenburg; a
January 30, 2019
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Zenuity, a joint venture between vehicle solution manufacturer Veoneer and 7192 Volvo Cars, is to trial self-driving cars on Swedish highways at a maximum speed of 80km/h.
Dennis Nobelius, CEO at Zenuity, says the vehicles will collect important data and improve the company’s safety functions to make unsupervised cars a reality.
Transportstyrelsen, the 2124 Swedish transport agency, has approved the trials which will take place on the E4 between Stockholm and Malmö; Road 40 between Jönköping and Gothenburg; and E6 between Gothenburg and Malmö.
The tests will be carried out by trained drivers who will remain behind the wheel.
Self-driving technology is already being phased into Gothenburg at the Chalmers University of Technology. Last year, a self-driving %$Linker: 2External<?xml version="1.0" encoding="utf-16"?><dictionary />000link-external busfalsehttp://www.itsinternational.com/sections/general/news/self-driving-bus-operating-at-chalmers-university-of-technology/falsefalse%> began operating on campus as part of the Swedish government’s Next Generation Travel and Transport programme.
In December 2018, Volvo Cars announced its %$Linker: 2External<?xml version="1.0" encoding="utf-16"?><dictionary />000link-external plansfalsehttp://www.itsinternational.com/categories/networking-communication-systems/news/ericsson-provides-cvc-platform-to-volvo-cars/falsefalse%> to utilise 5650 Ericsson’s Connected Vehicle Cloud platform to offer drivers services such as automation, fleet management and telematics.
The UK Transport Research Laboratory (TRL) has launched the TRL Student Award, which aims to tap into the creative skills of today’s younger generation in the UAE in order to help solve practical, real life problems while also helping the region in its move towards more growth and development.
The initiative will award some of the region’s top student minds for their proposals of innovative and sustainable transport solutions in a special awards ceremony on the sidelines of Gulf Traffic 2016, which will
Jenoptik’s average speed control system has received type approval to be used in an 18-month trial on a stretch of highway in Lower Saxony, Germany.
Jenoptik’s TraffiSection, which is laser-based, has been approved by PTB (Physikalisch-Technische Bundesanstalt) and is supported by the Ministry of Interior of Lower Saxony.
From mid-January, the system will obtain data on drivers who exceed the speed limit on a 2.2km stretch of Federal Highway 6, south of Hanover between Gleidingen and Laatzen.
Jenop
Denso has acquired Ease Simulation, a US company which develops automotive diagnostics technology.
Richard Shiozaki, senior vice president of Denso Products and Services Americas, says the deal is part of a long-term strategy to offer new value for mobility.
Ease will now merge with Denso Products and Services America, an automotive components subsidiary based in California.
Ease also offers automotive inspection software, automotive emissions equipment and automotive telematics systems.
In-car automatic emergency braking systems with pedestrian detection mostly fail to avoid hitting pedestrians - and are “completely ineffective at night”, according to new research.
In shocking findings, the American Automobile Association (AAA) revealed that most systems hit a simulated pedestrian target at 30mph. A collision also occurred 89% of the time when a vehicle operating at 20mph encountered a child darting between two cars.
In tests, all vehicles collided with an adult pedestrian immediately fo