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Optimal omnidirectional sensor for urban traffic diagnosis in crossroads

机译:用于十字路口城市交通诊断的最佳全向传感器

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In this paper we present an optimal omnidirectional visual sensor which can replace perspective camera network for traffic diagnosis. The proposed system has the advantage, by the number and the designed mirror, to generate a single view of the crown and junction ways of the crossroads by maximizing the number of useless pixels. So, the percentage of pixels utilized directly for subsequent phases of image processing is optimal. We describe the methodology used to design such a sensor. In addition, to assess our sensor, we also developed image processing methods that provide useful indicators for estimating the state of the traffic as the crossroads occupancy rate, the vehicle speed and the flow of vehicles. Finally, we compare this optimal sensor to others that consist of parabolic, hyperbolic or spherical mirror to observe the scene. We prove that optimal sensor has better results than others.
机译:在本文中,我们提出了一种最佳的全向视觉传感器,它可以代替透视摄像机网络进行交通诊断。所提出的系统的优点在于,通过数量和设计的镜子,通过使无用像素的数量最大化来生成十字路口的拱顶和交叉路口的单一视图。因此,直接用于图像处理后续阶段的像素百分比是最佳的。我们描述了用于设计这种传感器的方法。此外,为了评估我们的传感器,我们还开发了图像处理方法,这些方法可提供有用的指标,以评估十字路口的占用率,车速和车辆流量的交通状况。最后,我们将这种最佳传感器与其他由抛物线,双曲或球面镜组成的传感器进行比较,以观察场景。我们证明最佳传感器比其他传感器具有更好的结果。

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