Location Based Systems

Verizon has announced that its Networkfleet fleet-management solution will debut in the company’s US service fleet for improved monitoring, management and route optimisation capabilities. The Networkfleet telematics solution combines in-vehicle hardware and a web-based application to store, view and analyse data on specific vehicles as well as overall fleet performance. Vehicles are equipped with a GPS device that sends information to the Networkfleet data centre over a secure wireless network. Key feature

Following its successful first meeting in Spain earlier this year, the Compass4D consortium met for the second time in Copenhagen to plan forthcoming work and to participate in a joint workshop with ITS Denmark on ITS deployment best practices. The Copenhagen pilot site is important to the project as the city will deploy cooperative systems on at least ninety buses and at twenty-one traffic signals. The route chosen for the pilot site is a central bus route running between Copenhagen Central Station and the

International Road Dynamics (IRD) is highlighting FleetSphere telematics, its web-based GPS telematics system with additional features specifically designed for snowplough fleet management. According to the company, the solution enables fleet managers to manage the spreading and ploughing work being done on an entire road network.

Schneider Electric, which has been playing an active role in smart transportation systems in China since 1990, provides an insight into smart city initiatives in the country. Today, most cities across the world are facing unprecedented growth, which questions the viability of the current development model. They are immersed in a competition with each other, both domestically and internationally, in terms of investments, jobs and talents. Cities need to become more attractive and intelligent by becoming more

Innovative use of fleet management-generated data has optimised passenger service running times and achieved full payback in its first quarter Metro Vancouver’s South Coast British Columbia Transportation Authority (TransLink) has gained substantial benefits in bus idle time savings from a business intelligence (BI) solution, built from data captured in its ITS-based fleet management system. Delivered by public transport ITS specialist Init under a contract awarded in 2006, this includes on-board computers,

The US Consumer Electronics Association (CEA) is to hold an ITS Discovery Group meeting to explore the need for consumer electronics (CE) industry standards related to intelligent transportation systems (ITS) and broadband access in vehicles. The event will take place on 22 May at the Marriott Cherry Creek in Denver, and will include speakers from the federal government and the CE industry. The presentations will be followed by an open discussion to determine what CEA should do to further the advancement of

Analysts at ABI Research forecast that the global market for ADAS systems will increase to more than US$261 billion by the end of 2020, representing a CAGR of 41%. “ADAS systems are increasingly being offered by mass-market OEMs such as Ford and Volkswagen,” said Gareth Owen, research analyst at ABI Research. “Whilst the majority are offered in bundles and sold as optional “driver-assist” packages, a growing number of OEMs are starting to fit some ADAS systems as standard equipment.” A key catalyst driving

Dave Ferrick, CEO of connected vehicle services and driver assistance programs provider Agero will join NHTSA Administrator David Strickland and other vehicle telematics industry leaders at the opening session of ITS America's annual meeting in Nashville. They intend to forecast how personal transportation will change once all vehicles become digitally networked. Ferrick will share his vision of the trends accelerating the convergence of digital communications and advanced computer processing within vehicle

Drivers of the new Nissan Note will be able to see a full 360-degrees, compared to the average human’s field of vision of around 120 degrees, thanks to Nissan's advanced engineering and sophisticated technologies. The new model, unveiled at last month's Geneva Motor Show, is the first Nissan to feature its advanced safety shield - a package of technologies that delivers a new level of driver assistance in the small car segment - along with the advanced around view monitor.

Researchers at Oxford University in the UK are testing a combination of off-the-shelf technology which could enable a car to drive itself for sections of a familiar route. Dr Ingmar Posner of the University’s mobile robotics group is part of a team working on the car which he believes could affordably reach the showrooms in ten or fifteen years.