Title :
Vision in and out of vehicles
Author :
Fletcher, Luke ; Apostoloff, Nicholas ; Petersson, Lars ; Zelinsky, Alexander
Author_Institution :
Australian Nat. Univ., ACT, Australia
Abstract :
At the Australian National University´s Intelligent Vehicle Project, we are developing subsystems for: driver fatigue or inattention detection; pedestrian spotting; blind-spot checking and merging assistance to validate whether sufficient clearance exists between cars; driver feedback for lane keeping; computer-augmented vision (that is, lane boundary or vehicle highlighting on a head-up display); traffic sign detection and recognition; and human factors research aids Systems that perform such supporting tasks are generally called driver assistance systems (DAS). We believe that implementing DAS could prevent similar accidents or at least reduce their severity.
Keywords :
automated highways; computer vision; driver information systems; road vehicles; accidents; blind-spot checking; computer-augmented vision; driver assistance systems; driver fatigue detection; driver feedback; driver inattention detection; head-up display; human factors research aids; lane keeping; merging assistance; pedestrian spotting; traffic sign detection; traffic sign recognition; vehicles; Computer displays; Computer vision; Fatigue; Feedback; High performance computing; Human factors; Intelligent vehicles; Merging; Vehicle detection; Vehicle driving;
Journal_Title :
Intelligent Systems, IEEE
DOI :
10.1109/MIS.2003.1200722