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Development of Coordinate-machine of the Scene of Road Traffic Accident based on Binocular Stereo Omni-Directional Vision Sensors

机译:基于双目立体全方位视觉视觉传感器的道路交通事故现场坐标机的开发

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On the basis of analyzing flaws of the traditional means of traffic accident scene survey and inadequate of the existing photogrammetry technique, this paper presents a panoramic stereo photogrammetry technology applying to traffic accident survey. By employing the result of photogrammetry, the drawing module can automatically draw traffic accident scene diagrams for the accident analysis and reconstruction, so as to quickly achieve the purpose of measurement and drawing. Experiments show that the presented accident scene coordinate-machine can measure the distance and the azimuth of all the relevant objects on the accidental scene, and enjoys the advantages of high precision in measurement, convenience in operation and carry, no necessity in calibration, etc. So it can meet the traffic police's needs of the measurement and drawing of the traffic accident scene.
机译:在分析传统交通事故现场调查的缺陷和现有摄影测量技术的不足的基础上,介绍了一种适用于交通事故调查的全景立体声摄影测量技术。 通过采用摄影测量的结果,绘图模块可以自动绘制交通意外场景图进行事故分析和重建,以便快速达到测量和绘图的目的。 实验表明,所出现的事故场景坐标机可以测量意外场景上所有相关物体的距离和方位角,并在测量方面具有高精度,操作方便,校准等必需品等。 因此,它可以满足交通警察对交通事故现场的测量和绘制的需求。

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