Location Based Systems

Driverless cars could significantly reduce delays according to a new study by the Department for Transport (DfT). The project used computer software to create virtual models of different parts of the UK road network including urban roads and a 20km motorway section. Delays and traffic flow were all shown to improve as the proportion of automated vehicles increased above specific levels.

Connected vehicle technology is helping Michigan Department of Transportation (MDOT) clear snow and ice from roadways faster, using GPS-based automatic vehicle location (AVL) devices on its winter road maintenance equipment. These systems report where each truck is, and they gather data from other sensors to report details like atmospheric conditions, camera images, and speed and salt application rates for each vehicle.

The US Alliance for Transportation Innovation (ATI) has announced plans for a coast-to-coast autonomous vehicle road trip, beginning later this month in Atlanta, Georgia.

Mobility and traffic services provider Intelematics Australia is to collaborate with with Inrix to bring Inrix Roadway Analytics to transport agencies and city planners across Australia and New Zealand. Roadway Analytics, a cloud-based, on-demand traffic insight tool, provides transport agencies with access to in-depth roadway analysis and visualisations. Intelematics will use Roadway Analytics to help transport agencies and city planners in Australia and New Zealand reduce the cost of daily operatio

Here and Mobileye have announced plans for a strategic partnership that links their respective autonomous driving technologies into an enhanced industry-leading offering for automakers. The two companies intend to pursue initiatives including the integration of Mobileye's Roadbook as a data layer in the Here HD Live Map. In addition, Mobileye will utilise the Here Open Location Platform for the ingestion and processing of raw sensor and observation data and the creation and dynamic maintenance of its R

ITS Australia has welcomed the Victorian Government’s announcement of a unique hi-tech transport project for Melbourne. The National Connected Multimodal Transport (NCMT) test bed will develop pilots and facilitate collaborations between government, industry and academia. It will utilise thousands of sensors and wireless units fitted to roads to provide insight into how to manage transport systems and road networks in a more efficient way. The urban laboratory would cover approximately 7 kilometres

AT&T, Delphi and Ford are developing a new capability to enhance vehicle-to-anything (V2X) communications. The platform is designed to help vehicles communicate with each other and smart cities infrastructure to improve safety and vehicle security, reduce traffic congestion, save money and protect the environment. The research developed jointly by the three companies is designed to monitor traffic conditions and notify drivers over the AT&T LTE network of approaching vehicles and events, such as airbag

The Norwegian Government is to consult on a proposal for a new law that would allow self-driving vehicles on the country’s roads, with the aim of passing the bill in the spring of 2017. The objective is to facilitate the testing of self-driving vehicles on Norwegian roads by the public within the framework of traffic safety while protecting the integrity of personal information. By allowing the public to test self-driving vehicles in Norway, the Government hopes to facilitate the development and testing

Dutch technology company 2getthere, which specialises in the development of automated vehicles, is set to open a new office in Silicon Valley in January 2017. From its new base in the US, the Utrecht-based company plans to expand its market for automated transit solutions, following its achievements in Singapore and Dubai and building on its experience in developing and operating automated, driverless vehicles. The company, which currently employs around 50 developers, IT specialists and engineers, e

German auto supplier ZF is working with NVIDIA to develop artificial intelligence (AI) systems for the transportation industry, including automated and autonomous driving systems for passenger cars, commercial trucks, and industrial applications. Unveiled at CES 2017 in Las Vegas, the ZF ProAI for highway automated driving is ZF’s first system developed using NVIDIA AI technology. It aims to enable vehicles to better understand their environment by using deep learning to process sensor and camera data. I