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Research on Autonomous Driving Simulator Control and Decision Algorithms based on Computer Vision Methods

机译:基于计算机视觉方法的自主驾驶模拟器控制与决策算法研究

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Researches on perception and control technologies are the most crucial area in autonomous driving systems and is the core to achieve fully autonomous driving. Simulations, especially hardware-in-loop and algorithms-in-loop could accelerate the testing process. In this article, based on the second World Intelligent Driving Challenge took place in Tianjin, held by CATARC in May 2018, with the combination of computer vision, edge detection, objection detection, Kalman filter and vehicle dynamics methods, constructed in the Automotive Artificial Intelligence Simulator environment, aiming at paving the road to the better research on simulation testing and autonomous driving.
机译:对感知和控制技术的研究是自主驾驶系统中最关键的领域,并且是实现完全自主驾驶的核心。模拟,尤其是循环硬件和算法循环可以加速测试过程。在本文的基础上,基于第二届世界智能驾驶挑战,于2018年5月由Catarc举办的天津,采用计算机视觉,边缘检测,异议检测,卡尔曼滤波器和车辆动力学方法的组合,在汽车人工智能中构建模拟器环境,旨在铺平走向仿真测试和自主驾驶的更好研究。

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