2004 · 35 citations · 4 references
ComputingComputer ScienceAutonomous VehiclesComputer VisionMachine VisionCamera GeometryCamera ModelsLane DetectionObject DetectionObject RecognitionVisual TrackingCamera SystemsCamera TrackingLane Boundary DetectionLane Change DetectionLane Marking DetectionLane TrackingVehicle DetectionVehicle Position Estimation
This article describes systemically the method of detecting the preceding vehicle based on a monocular camera. The main content is as follows: first, a primary area of interest is found by the lane borderlines that are identified in a camera image, and a likelihood target vehicle is searched by the gray difference between the target vehicle and the background; second, an identifying area of interest is found again based on the area of a likelihood target vehicle, a target vehicle is affirmed by a symmetry character of the vehicle outline and a position of the vehicle symmetrical axis is ascertained; third, the object vehicle is tracked by Kalman forecast principle in the sequence images; fourth, a method of detecting distance in a frame of image is introduced. The calibration of the camera's interior parameters and the results of some experiments are given.
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A vision navigation algorithm based on linear lane model
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