Research on subjective evaluation method of automatic emergency braking (AEB) for passenger car

Automatic lateral emergency collision avoidance for a passenger car

A Model Based Supervision System for the Hydraulics of Passenger Car Braking Systems

This paper presents the design of a model-based supervision and diagnosis system for hydraulic and future electro-hydraulic passenger car braking systems. A state space model of the braking system has been derived, which allows calculation of the individual wheel brake cylinder pressures as well as the amount of brake fluid consumed due to faults in the braking system. Based on this model, a re...

evaluation of keratinized on overdenture implant success

چکیده ندارد.

Schram et al - 1 EURO NCAP’S FIRST STEP TO ASSESS AUTONOMOUS EMERGENCY BRAKING (AEB) FOR VULNERABLE ROAD USERS

Following the implementation of AEB City and AEB Inter-Urban systems in Euro NCAP’s safety rating in 2014, a third type of AEB technology, Autonomous Emergency Braking for Vulnerable Road Users (AEB VRU), will be added to the overall assessment of new vehicles in 2016. The introduction of AEB VRU will be done in two phases where in 2016 AEB Pedestrian is implemented followed by AEB Cyclists in ...

Highly Efficient: ZF’s Nine-Speed Automatic Passenger Car Transmission

In 2013, ZF Friedrichshafen AG was launching the world's first nine-speed automatic transmission (9HP) for passenger cars with front-transverse drive. With the two planned model ranges, the compact innovation covers a torque range between 200 and 480 Nm. Thanks to its modular concept, the basic transmission can be upgraded as required. This allows different starting elements and four-wheel driv...