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Assessment Of The Radiometric Accuracy In A Target Less Work Flow Using Pix4D Software

机译:使用Pix4D软件在目标较少的工作流程中评估辐射精度

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To compute reflectance from images taken by multispectral sensors aboard UAVs, most users perform radiometric calibration using a target with known reflectance. This workflow is error-prone and not practical for large data acquisitions. With recent advances in multispectral cameras, sensors which measure the sky down-welling irradiance have become available. This enables radiometric calibration without using a target. In this paper, we assess the radiometric accuracy of target less acquisition using a Sequoia + camera1 for both at-ground and in-flight measurements. Most of the measured control points exhibit a high correlation of 0.98 in the computed reflectance factor with respect to the expected values.1https://www.parrot.com/business-solutions-us/parrotprofessional/parrot-sequoia
机译:为了从无人机上的多光谱传感器拍摄的图像中计算反射率,大多数用户使用具有已知反射率的目标执行辐射度校准。该工作流程容易出错,并且不适用于大数据采集。随着多光谱相机的最新发展,已经可以使用传感器来测量空中向下的辐照度。这样就可以在不使用目标的情况下进行辐射校准。在本文中,我们使用Sequoia +相机评估了少目标采集的辐射精确度 1 适用于地面和飞行中的测量。大多数测得的控制点在计算出的反射系数中相对于期望值显示出0.98的高度相关性。 1 https://www.parrot.com/business-solutions-us/parrotprofessional/parrot-sequoia

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