Automatic parking system (APS) plays an important role in alleviating drivers' burden and improving vehicle safety. This study proposes a laser‐based simultaneous localisation and mapping (SLAM) automatic parallel parking and tracking control scheme, which include environment perception and reconstruction, parking path planning, and path following. First, the proposed approach selects short‐range lidar to enlarge its perceptron on parking environment and senses available parking space to build neighbourhood mapping with the help of simultaneous localisation. The test evaluation indicates that laser‐SLAM has achieved good performance for recognising free spaces. Then, scene‐dependent B‐spline parallel parking path planning algorithm is proposed to optimise the parking path curve and makes the path meet vehicle kinematics model constrains well, in which vehicle actuator's dynamic performance and parking path smoothness are taken as key attributes. The experiment results indicate that the designed parallel parking path is better smooth. At last, a path following control method based on model predictive control (MPC) algorithm is proposed. The authors built an intelligent vehicle APS platform, and the results indicate that the designed MPC algorithms has excellent robustness and can minimise the tracking error. All the proposed scheme is quantitatively evaluated using different parking scene simulation with satisfactory performance.
Laser‐based SLAM automatic parallel parking path planning and tracking for passenger vehicle
IET Intelligent Transport Systems ; 13 , 10 ; 1557-1568
01.10.2019
12 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
different parking scene simulation , available parking space sensing , splines (mathematics) , environment perception , passenger vehicle , parking path curve , collision avoidance , predictive control , intelligent vehicle APS platform , automobiles , vehicle kinematics model , vehicle safety , laser‐based simultaneous localisation and mapping , scene‐dependent B‐spline parallel parking path , vehicle dynamics , laser‐based SLAM automatic parallel parking path planning , designed parallel parking path , model predictive control algorithm , tracking control scheme , automatic parking system , mobile robots , parking environment , SLAM (robots) , path planning , reconstruction , laser‐SLAM
Laser-based SLAM automatic parallel parking path planning and tracking for passenger vehicle
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