车辆自动导航的视频接入与处理

W. Ouyang, Liping Tang, PeiFeng Zeng
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引用次数: 0

摘要

本文提出了一种基于单片机的自动制导系统。讨论了捕获策略,包括捕获分析和相机设置位置确定。说明了飞思卡尔智能汽车的设置位置与视野之间的关系。提出了一种基于硬件的二值化方法,代替传统的软件二值化方法,实时处理每个样本图像的所有扫描线数据。应用于单片机的梯形畸变校正算法提高了航迹类型识别的性能。并结合防侧翻计算,将该设计成功应用于1:10比例的汽车模型。
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Video accessing and processing for automatic vehicle guidance
In this paper, an MCU (Micro Controller Unit) oriented automatic guidance system is proposed. Capture strategies including capture analysis and camera setting position determination are discussed. Relationship between setting position and sight view is illustrated for Freescale smart car. Instead of conventional software binarization, a hardware based binary method is proposed to deal with all scan line data for each sample picture in real-time. Keystone distortion correcting algorithm for MCU application improves the performance of track type recognition. Together with rollover preventing calculation, the proposed design is successfully applied to a 1:10 scale model car.
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