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Hubble Space Telescope On-Line Operations Coordination

机译:哈勃太空望远镜在线作战协调

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An important aspect of the Hubble Space Telescope (HST) operations is the ability to quickly disseminate and coordinate spacecraft commanding and ground system information for both routine spacecraft operations and Space Shuttle Servicing Missions. When deviating from preplanned activities all new spacecraft commanding, ground system and space system configurations must be reviewed, authorized and executed in an efficient manner. The information describing the changes must be disseminated to and coordinated by a large group of users. In the early years of the HST mission a paper-based Operational Request System was used. The system worked, but was cumbersome to efficiently coordinate with a large geographically dispersed group of users in a timely manner. As network and server technology matured, the HST Project developed an on-line interactive Operations Request System. This Operations Request System is a server-based system (access via HST Net) that provides immediate access to command and ground system information to both local and remotely based Instrument Engineers, Flight Operations Team Controllers, Subsystem Engineers and Project Management. This paper describes the various aspects of the system's submission, review, authorization and implementation processes. Also described is the methodology used to arrive at the current system design and the Graphical User Interface (GUI). This system has been used successfully for all routine and special HST operations for the last five years. This approach to operations coordination is adaptable to spacecraft of any complexity.
机译:哈勃太空望远镜(HST)操作的一个重要方面是能够为常规的航天器操作和航天飞机服务任务快速分发和协调航天器的指挥和地面系统信息。偏离预先计划的活动时,必须以有效的方式审查,授权和执行所有新的航天器指挥,地面系统和空间系统配置。描述更改的信息必须分发给大量用户并由其协调。在HST任务的早期,使用了基于纸张的“操作请求系统”。该系统有效,但是要及时与庞大的地理位置分散的用户群进行协调很麻烦。随着网络和服务器技术的成熟,HST项目开发了一个在线交互式操作请求系统。该操作请求系统是一个基于服务器的系统(通过HST Net进行访问),可以为本地和远程的仪器工程师,飞行运营团队控制器,子系统工程师和项目管理人员提供对命令和地面系统信息的即时访问。本文描述了系统的提交,审查,授权和实施过程的各个方面。还描述了用于达到当前系统设计和图形用户界面(GUI)的方法。在过去的五年中,该系统已成功用于所有常规和特殊的HST操作。这种操作协调方法适用于任何复杂的航天器。

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