基于实时图像处理的自动驾驶汽车快速控制

Hossein Borhanifar, Hamed Jani, Mohammad Mahdi Gohari, Amir Hossein Heydarian, Mostafa Lashkari, Mohammad Reza Lashkari
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引用次数: 0

摘要

本文提出了一种基于实时图像处理的自动驾驶汽车定位方法。该系统通过索贝尔边缘检测来检测道路,并通过启发式技术来识别障碍物、人类和交通灯。为此,基于关键点定义了一些特征。一个重要的技术是,每一帧被分成一些部分,这显著影响处理时间。该系统能够每秒分析30帧,以获得控制车辆的最佳决策。所实现的结构在精度和逻辑单元数量上进行了优化。在硬件上用VHDL对算法进行了完整的描述,然后用cyclone V FPGA在DE1-SOC板上实现。
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Fast controling autonomous vehicle based on real time image processing
In this paper, a method for Autonomous Vehicle is presented based on real time image processing. The system detects the road by sobel edge detection, and it recognizes the obstacles, humans, and traffic lights by heuristic techniques. For this aim, some features are defined based on key points. One important technique is that every frame is divided in some sections which significantly affect time of processing. The system is able to analyze 30 frames per second to get the best decision for controlling the vehicle. The achieved structure is optimized on accuracy and the number of logic cells. The algorithms completely describes in hardware by VHDL, then implemented on DE1-SOC board which uses cyclone V FPGA.
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