Image Processing For Geo Detection

G. Zarcone, L. Mariani, Mascia Bucciarelli, Shariar Hadji Hosseim, F. Curianò, Paola Celesti, L. D. Palo
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引用次数: 1

Abstract

The space debris issue concerns anyone who decides to approach the space both for research and economic purpose. In fact, they have become a serious problem for the operative satellites, and regardless of their size, which goes from few millimeters to tenth of meters, the space debris are a threat both for the present and the future of the space missions. Nowadays, more than 28000 of orbiting object are placed around the Earth making their detection and recognition a primary issue in the space safeguard. The space debris affect all the orbital regime: from Low Earth Orbit up to the Geostationary region at about 36000 km. The Sapienza Space Systems and Space Surveillance Laboratory has been working for years in the field of the orbiting objects optical observations, and it is approaching the geostationary region monitoring by means an innovative optical system. In this paper the setup and the configuration of this system will be presented and, moreover, the image processing software for the geostationary object detection and recognition will be shown.
地理检测中的图像处理
空间碎片问题关系到任何为了研究和经济目的而决定进入太空的人。事实上,它们已经成为正在运行的卫星的一个严重问题,无论它们的大小,从几毫米到十分之一米,空间碎片对现在和未来的太空任务都是一个威胁。目前,地球周围有28000多个轨道物体,对它们的探测和识别是空间保障的首要问题。空间碎片影响所有轨道状态:从低地球轨道到大约36000公里的地球静止区域。Sapienza空间系统和空间监视实验室在轨道物体光学观测领域进行了多年的工作,并正在通过一种创新的光学系统接近对地静止区域的监测。本文介绍了该系统的组成和配置,并给出了用于地球静止目标检测和识别的图像处理软件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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