In this paper we will summarize the progress in the development of the Chinese Space Solar Telescope (SST) during the past few years. The main scientific objective of SST is to observe the fundamental structure of sol...In this paper we will summarize the progress in the development of the Chinese Space Solar Telescope (SST) during the past few years. The main scientific objective of SST is to observe the fundamental structure of solar magnetic field with its 1-m optical telescope. The success of 1-m Swedish Solar Telescope and Hinode underscores the importance of this 1-m space telescope. In addition, some key technical problems have been solved.展开更多
本文针对空间太阳望远镜(Space Solar Telescope,简称SST)主光学望远镜控制复杂、数据量大及可靠性要求高等特点,分析了电学系统和中央电子单元的功能,提出了数控分流的策略和分级分布式管控的模型,并建立了基于FPGA和LEON核的可重构设...本文针对空间太阳望远镜(Space Solar Telescope,简称SST)主光学望远镜控制复杂、数据量大及可靠性要求高等特点,分析了电学系统和中央电子单元的功能,提出了数控分流的策略和分级分布式管控的模型,并建立了基于FPGA和LEON核的可重构设计及容错方案.展开更多
基金Supported by the Important Directional Project of Chinese Academy of Sciences (Grant No. KJCX2-YW-T04)the National Basic Research Program of China (Grant No. 2006CB806301)the National Natural Science Foundation of China (Grant Nos. 10878004, 10733020, and10673016)
文摘In this paper we will summarize the progress in the development of the Chinese Space Solar Telescope (SST) during the past few years. The main scientific objective of SST is to observe the fundamental structure of solar magnetic field with its 1-m optical telescope. The success of 1-m Swedish Solar Telescope and Hinode underscores the importance of this 1-m space telescope. In addition, some key technical problems have been solved.
