IKONOS收集能力与直接任务从区域操作中心

I. Bayir
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引用次数: 5

摘要

IKONOS卫星具有全球运营网络,各区域运营中心可直接向卫星发送任务包,并以320 Mbit/s的链路实时采集和接收图像。欧亚空间成像是该网络中的运营中心之一,其采集效率在该网络中是最好的。每个操作中心都有能力在其通信锥内自主地对卫星执行任务。通信锥的位置取决于射频终端的位置,通信锥的尺寸取决于天线仰角。该天线仰角的最小值为5度,一旦天线固定到这个角度,旋转360度左右,就可以到达一个直径4600公里的区域运营中心的通信锥。每个区域运营中心都有本地采集规划和传感器任务,从IKONOS卫星直接下行图像数据,本地图像目录和存档以及本地产品生成和分发权。本文描述了空间成像欧亚大陆在其通信锥中可以访问更大的区域和更清晰的区域。结果表明,在一个特定的卫星通道中,天气数据的使用和收集效率有所提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IKONOS collection capability with the direct tasking from a regional operation center
The IKONOS satellite has a global operations network and each regional operation center can directly send the tasking packages to the satellite and collects and receive the images in real time mode over 320 Mbit/sec link. Space Imaging Eurasia is one of these operational centers among this network and its collection efficiency is the best within this network. Each operation center has the ability to autonomously task the satellite within their communication cone. The location of the communication cone is dependent upon the placement of Radio Frequency Terminal and the communication cone size is dependent upon antenna elevation angle. The minimum value for this antenna elevation angle is 5 degrees and once the antenna is settled to this extend and rotated around 360 degrees, the communication cone of a regional operation center having 4600 km diameter can be reached. Each regional operation center has local collection planning and sensor tasking, direct downlink of image data from the IKONOS satellite, local image catalog and archive and local product generation and distribution rights. In this paper we described the Space Imaging Eurasia can access more area and more clear area in its communication cone. Results show the weather data usage and collection efficiency improvements in one particular satellite pass.
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