AIMS科学数据应用系统的关键技术研究

大科学装置“用于太阳磁场精确测量的中红外观测系统”（AIMS）工程部分即将建设完成，为保障AIMS投入运行后科学数据生产的正确和高效、数据获取和科学应用的便捷，解决AIMS数据从望远镜到科学使用的“最后一公里”问题，本课题将开展与AIMS科学数据相关的关键技术研究，围绕数据生产正确、处理流程顺畅、数据获取便捷三大目标，突破AIMS数据处理复杂性带来的瓶颈，设计实现全自动化、可推广的科学数据生产和发布系统。本课题的研究成果除了为AIMS保驾护航之外，还可为其他我国自主研制的相似数据生产模型的地/空基太阳观测设备的科学数据定标处理和应用等科学数据服务储备技术和经验，同时为太阳活动监测和预报提供可靠的关键数据支持。

The construction of the big scientific facility, "An Infrared system for the accurate measurement of Solar Magnetic field" (AIMS), will be finished in recent year. It is of great importance to solve the last one-mile problem of scientific data from a telescope to its users. To guarantee the validity and efficiency of data production and the convenience of data acquisition and scientific application after AIMS beginning its routine operation, this project is going to study related key technologies on the issue of scientific data calibrated from AIMS's raw data, such as the bottleneck from its particular complicated data reduction. A completely automated and generalized system of scientific data production and release will be designed. The research will serve the data production of AIMS, and will accumulate skills and experience for the similar solar magnetic field telescopes (ground-based or space-borne) in China. And at the same time, it will give key data support to the monitoring and forecast of solar activities.