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首页> 外文会议>International Conference on Computer Vision Theory and Applications >A Novel Stereo-radiation Detection Device Calibration Method using Planar Homography
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A Novel Stereo-radiation Detection Device Calibration Method using Planar Homography

机译：一种使用平面配合的新型立体声辐射检测装置校准方法

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摘要

A radiation detection device, also known as a particle detector, is a device used to detect, track and identify the presence of radiation sources within a given area or environment. In general, a stereo-radiation detection device consists with two radiation detection devices and used to estimate 3D distances to radiation sources accurately. In computer vision, device calibration is more important and to obtain accurate results using such devices, they have to be calibrated first. Many stereo camera calibration methods have been introduced throughout the last few decades but a proper stereo radiation device calibration method has not yet been introduced. In this work, we propose a new stereo-radiation detector calibration method using planar Homography. The calibrated devices are used to estimate 3D distances to radiation sources and we obtained very accurate results with an error of less than 6%.
机译：辐射检测装置，也称为粒子检测器，是用于检测，轨道和识别给定区域或环境内的辐射源存在的装置。通常，立体辐射检测装置由两个辐射检测装置组成，并且用于精确地估计到辐射源的3D距离。在计算机视觉中，设备校准更重要，并使用此类设备获得准确的结果，它们必须先校准。在过去的几十年中，已经介绍了许多立体声相机校准方法，但尚未引入适当的立体声辐射设备校准方法。在这项工作中，我们提出了一种使用Planar Hancatocation的新立体声辐射探测器校准方法。校准的设备用于估计到辐射源的3D距离，我们获得了非常精确的结果，误差小于6％。

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