自动检测和解释道路标志

M. Shirvaikar
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引用次数: 5

摘要

高速公路和道路上的自动标志判读是一种实时成像应用,在自动驾驶车辆操作、智能公路系统和交通部门的标志库存系统中具有实用价值。我们提出了一种分步式多阶段符号识别和解释策略。该方法依赖于对光谱和空间特征的独立检查。光谱处理步骤利用颜色线索提取图像中的候选目标像素。在下一阶段,从图像中提取的空间特征与从对象模型中获得的属性进行匹配。关联特征分析可以在空间分析步骤之后进一步细化结果。包括限速、让行、停车、路号标志在内的各种标志的彩色图像组成训练集。对不同类型的标识进行了精度测试,并对结果进行了讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic detection and interpretation of road signs
Automatic sign interpretation on highways and roads is a real-time imaging application with utility in autonomous vehicle operation, intelligent highway systems and sign inventory systems for transportation departments. We propose a step-wise multistage sign recognition and interpretation strategy. The approach relies on independent examination of spectral and spatial features. The spectral processing step utilizes color cues to extract candidate target pixels in the image. In the next stage, spatial features extracted from the image are matched against attributes derived from object models. Relational feature analysis can further refine the results after the spatial analysis step. Color images of a variety of signs including speed limit, yield, stop and route number signs formed the training set. The accuracy of the method is measured for different types of signs and the results are discussed.
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