cosmos - skymed“second Generazione”系统的新概念和创新解决方案

D. Calabrese, Flavia Carnevale, A. Croce, I. Rana, G. Spera, R. Venturini, C. Germani, F. Spadoni, F. Bagaglini, R. Roscigno, Luigi Corsano, S. Serva, M. Porfilio, G. F. D. Luca
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引用次数: 5

摘要

根据ASI和I-MoD的要求,COSMO第二代(CSG)系统已经被构想出来,以确保当前运行的“第一代”cosmos - skymed (CSK)航天器星座的运行连续性的双重需要,同时在功能和性能方面实现代际领先。成像服务质量的提高是CSG最重要的特点之一(见[5]),相对于目前正在运行的cosmos - skymed(第一代)航天器,它为最终用户提供了新的/增强的能力,包括更多的图像数量和更高的图像质量(即更大的条带和更精细的分辨率),以及额外的能力(例如全极化SAR采集模式)。系统资源管理中更大的操作通用性是设计方法的关键方面之一。一些例子是卫星在平台和天线层面的敏捷性,用于增加固定区域的采集密度,适应系统环境(例如太阳光照,下行场景)的操作概况的能力,服务请求规划过程不仅具有优先功能,而且能够最大限度地利用系统资源。
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New concepts and innovative solutions of the COSMO-SkyMed “Seconda Generazione” system
COSMO Second Generation (CSG) system has been conceived, according to the requirements stated by ASI and I-MoD, at the twofold need of ensuring operational continuity to the currently operating “first generation” COSMO-SkyMed (CSK) spacecraft constellation, while achieving a generational step ahead in terms of functionality and performance. The improved quality of the imaging service is among the foremost characteristics of CSG (see [5]), providing the End Users with new/enhanced capabilities in terms of higher number of images and increased image quality (i.e. larger swath, and finer resolution) with respect to COSMO-SkyMed (first generation) spacecrafts currently in operation, along with additional capabilities (e.g. full polarimetric SAR acquisition mode). The greater operative versatility in system resources management is one of the key aspects of the design approach. Some examples are the satellite agility both at platform and antenna level, used to increase the density of acquisitions in a fixed region, the capability to adapt operative profiles to system environment (e.g. sun illumination, downlink scenarios), service request planning process not only function of the priority but also able to maximize the system resources exploitation.
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