【作者】 崔文楠； 张涛； 周佳巧； 黄夏阳；

【Author】 CUI Wen-nan;ZHANG Tao;ZHOU Jia-qiao;HUANG Xia-yang;Shanghai Institute of Technical Physics, Chinese Academy of Sciences;

【机构】 中国科学院上海技术物理研究所；

【摘要】 传统载荷属于任务驱动,针对特定任务,设计特定参数和模式。智能载荷属于事件驱动,针对周边发生的事件,自适应调整参数和模式,在轨进行数据处理,下传事件的结果。本文提出一种结合光谱维和图像维的智能光电探测载荷,可实现探测波段、口径、焦距和积分时间的最优筛选和自适应调整,实现在轨智能重构,满足不同任务的需求。更多还原

【Abstract】 Traditional payload is task driven and set specific parameters and patterns for special tasks. Intelligent payload is event driven and adjusted parameters and patterns adaptively for the surrounding event. It can process data on orbit and transmit the result. In this paper, an intelligent detection system combining spectral and image dimension is proposed. The best screening and adaptive adjustment of band, aperture, focal length and integration time can be realized. It can realize intelligent reconstruction on orbit and meet the needs of different tasks.更多还原