Project

Implementation and Evaluation of an Autonomous Safety System for Road Departure Prevention based on Combined Path and Sideslip Control

Period
1 May 2015–30 September 2016
Project manager
Mathias Lidberg

This pre-study builds on earlier development project, namely 'overspeed on curves' which was limited to a single scenario – straight-line approach to a curve – with an automatic brake intervention. This provided the lower level control intervention. This new pre-study is aimed at a more realistic scenario of  a system to trigger and implement a brake-based driver support system to prevent lane or road departure: the system will be capable of responding to environmental variables (friction, road geometry, shoulder width, etc.) as well as local vehicle variables (vehicle dynamic states, position and velocity relative to a local map). The concept is to include a predictive component that takes account of combined steering and braking, and only intervenes when it becomes fully necessary to avoid a serious lane/road departure event. The previous work on Parabolic Path Reference is at the core of this new predictive algorithm.

Short facts

Research area
Systems for accident prevention and AD
Financier(s)

SAFER

Partners

Chalmers, Volvo Car Corporation

Project no

A60

Project type
Project