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Route Identification and Direction Control of Smart Car Based on CMOS Image Sensor

机译:基于CMOS图像传感器的智能汽车路由识别和方向控制

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This paper is designed for the 2nd Freescale Cup National Undergraduate Smart Car Competition. With MC9S12DG128 single chip and smart car model supplied by the committee, a CMOS image sensor is applied to detect the black track on white raceway, which extends the detection range and is helpful to predict the forward path. In this paper, ten-line pixels in an image are analyzed to locate the black track, and the PD algorithm based on PID is employed to control the direction and angle of the steering gear respectively. By repeated testing, the smart car can run stably on the given raceway at a high speed.
机译:本文专为第二届飞思卡尔杯全国本科智能汽车竞赛设计。使用委员会提供的MC9S12DG128单芯片和智能汽车模型,应用CMOS图像传感器以检测白滚道上的黑色轨道,这延长了检测范围,并且有助于预测前向路径。在本文中,分析了图像中的十线像素以定位黑轨道,并且采用基于PID的PD算法分别控制转向齿轮的方向和角度。通过重复测试,智能车可以高速稳定地在给定的滚道上运行。

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