SONG自动观测辅助系统的研发

Research and Development of Automatic Observation Support System for SONG

我国于2009年正式参加国际SONG（Stellar Observations Network Group）项目，并自主提出了测光子项目50BIN（50cm Binocular Network）．为寻找合适的台址，在多地进行了台址检测．基于台址检测结果，综合考虑各方面因素，最终确定德令哈作为SONG项目中国节点．一方面，德令哈站长期的台址检测数据，需要系统分析．另一方面，SONG和50BIN均为联网自动观测望远镜系统，其自动运行需要参考当时的环境信息．环境信息的获得，需要相应的台址检测设备．但是这些设备是从不同的厂家购得，设备之间相互独立且接口不统一．许多设备本身不能自动工作，无法通过网络实现对其的控制，所得数据也无法通过网络实时获取．这无法满足自动观测的要求．针对这些问题，本文从以下方面展开深入研究。

China has formally joined in the international cooperation research program of SONG （Stellar Observations Network Group） in 2009, and independently proposed a photometry subnetwork named 50BIN （50 cm Binocular Network）. A great deal of effort has been invested to find a suitable site for a SONG node. Based on the site selection report and other factors, Delingha site was eventually selected for the SONG-China node. Delingha site has been tested for many years and there are many data that need to be analyzed.