Continental and Horizon Robotics have signed a joint venture (JV) contract to accelerate the commercialisation of automotive AI technology
Browsing: Electronic Dynamic Control
AB Dynamics has developed what it claims is the world’s fastest self-propelled vulnerable road user test platform, meeting the speed requirements of Euro NCAP’s incoming test protocols
Rohde & Schwarz and Vector Informatik are collaborating on hardware-in-the-loop (HiL) validation of automotive radar sensors, combining simulation and over-the-air radar stimulation
Ford has developed a special edition of the Focus ST five-door hatchback, with enhanced vehicle…
Continental has conducted a Mobility Study to investigate what people on three continents think about driver assistance systems and automated driving technologies. The 5,000 respondents indicated that, while more and more drivers see benefits to autonomous driving, there is still skepticism, particularly in Europe and the USA
VZ5, the high-performance 390hp version of Cupra’s Formentor crossover SUV, has been confirmed to include torque-splitter technology on the rear axle, and an all-new drift mode. The electro-hydraulic, fully variable torque-splitter system uses two separate clutches to enable independent torque control at each rear wheel
A survey has found that the UK public embraces driving assistance features, but is not ready for fully autonomous vehicles
A designer of AI-powered operator monitoring systems has stated that it welcomes additional momentum in the USA for driver monitoring system (DMS) technology to become mandatory through the introduction of the ’21st Century Smart Cars Act’
As part of the European Union’s STEVE project, academics at the University of Surrey have developed several ‘pioneering’ approaches to torque vectoring in electric vehicles, including a system that combines a predictive control model with fuzzy logic to adaptively prioritise vehicle dynamics or energy efficiency
Ford has developed technology designed to help provide drivers of connected vehicles – of potentially…