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An integrated scheduling and program management system

机译:集成的计划和计划管理系统

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An integrated scheduling and program management system is being developed for the MMT Observatory (MMTO),Arizona, USA. A systems engineering approach is used to combine existing and new relational databases, spreadsheets,file storage systems, and web-based user interfaces into a single unified system. An overview of software design, datamanagement, user interfaces, and techniques for performance assessment is presented. Goals of this system includestreamlined data management and an optimized user experience. The MMTO has over a dozen different telescopeconfigurations, including three secondary mirrors and a wide range of observing instruments. Scheduling is complex forthe varying telescope configurations, limited available observing time, and appropriate astronomic conditions (e.g., lunarphase) for each science project. Scheduled telescope configurations can be used to perform safety checks of actualconfiguration during telescope operations. Programmatic information is automatically input into nightly telescopeoperator (TO) logs by the system. The TO's provide additional information into the system on telescope usage,observing conditions (e.g., weather conditions), and observatory closure (e.g., from instrument malfunction or inclementweather). All of this information is synthesized to assess telescope and observatory performance. Web interfaces to thesystem can be used by observers to submit information, such as travel plans, instrumentation requirements, andobserving catalogs. A service request (SR) (i.e., trouble report) system has also been developed for tracking operationalissues. The specific needs of the MMTO have been met through in-house software development of this integratedscheduling and program management system.© (2012) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
机译:正在为美国亚利桑那州的MMT天文台(MMTO)开发一个集成的计划和程序管理系统。系统工程方法用于将现有和新的关系数据库,电子表格,文件存储系统和基于Web的用户界面组合到一个统一的系统中。概述了软件设计,数据管理,用户界面和性能评估技术。该系统的目标包括简化数据管理和优化用户体验。 MMTO具有十几种不同的望远镜配置,包括三个辅助镜和各种观测仪器。对于每个科学项目,对于不同的望远镜配置,有限的可用观测时间以及适当的天文条件(例如,月相),计划安排都很复杂。预定的望远镜配置可用于在望远镜运行期间对实际配置进行安全检查。系统将程序信息自动输入到夜间望远镜操作员(TO)日志中。 TO提供了有关望远镜使用,观测条件(例如天气条件)和观测站关闭(例如由于仪器故障或恶劣天气)的附加信息到系统中。所有这些信息都经过综合以评估望远镜和天文台的性能。观察者可以使用与系统的Web界面来提交信息,例如旅行计划,仪器要求和观察目录。还已经开发了用于跟踪操作问题的服务请求(SR)(即故障报告)系统。通过此集成计划和程序管理系统的内部软件开发,已经满足了MMTO的特定需求。©(2012)COPYRIGHT光电仪器工程师协会(SPIE)。摘要的下载仅允许个人使用。

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