Title | ||
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Robust and Fast Stereovision Based Road Obstacles Detection for Driving Safety Assistance |
Abstract | ||
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false matches. Lastly, section 6 presents the results of experiments about the longitudinal control of a low This paper deals with a first evaluation of the effi- speed automated vehicle (based on a second order slid- ciency and the robustness of the real-time "v-disparity" ing mode control) using the "v-disparity" algorithm for algorithm in stereovision (I) for generic road obstacles obstacles detection and distance computation. detection towards various types of obstacles (vehicle, pedestrian, motorbike, cyclist, boxes) and under ad- 2 ~~~~~i~~~t.1 protocol verse conditions (rain, glowing effect, noise and false matches in the disparity map)l. The theoretical good properties of the " v-disparity" algorithm - accuracy, robustness, computational speed - are experimentally confirmed. The good results obtained allow us to use this stereo algorithm as the onboard perception pro- cess for Driving Safety Assistance : conductor warning and longitudinal control of a low speed automated ve- hicle (using a second order sliding mode control (2)) in difficult and original situations, at frame rate using no special hardware. Results of experiments - Vehicle following at low speed, Stop'nlGo, Stop on Obstacle (pedestrian, fallen motorbike, load dropping obstacle) - are presented. |
Year | Venue | Keywords |
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2002 | MVA | second order,sliding mode control,real time |
Field | DocType | Citations |
Effi,Driving safety,Computer vision,Obstacle,Pedestrian,Robustness (computer science),Frame rate,Artificial intelligence,Mathematics,Sliding mode control,Computation | Conference | 10 |
PageRank | References | Authors |
2.22 | 1 | 2 |
Name | Order | Citations | PageRank |
---|---|---|---|
Raphaël Labayrade | 1 | 108 | 13.76 |
Didier Aubert | 2 | 361 | 35.97 |