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Complexity-Based Link Assignment for NASA's Deep Space Network for Follow-the-Sun Operations

机译:基于复杂性的NASA深空网络链路分配,以实现Sun后续操作

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NASA's Deep Space Network (DSN) recently underwent a paradigm shift in its operations approach called Follow the Sun Operations (FtSO) in an effort to increase efficiency for forthcoming expansion of the network. This change requires each Deep Space Communications Complex (DSCC) to remotely control the other two complexes during their local day shift, in contrast to locally controlling only their own antennas 24x7. Remote operations increases the workload of each complex during their day shift, specifically that of the Link Control Operators (LCOs), and presents a new challenge for planning and managing the distribution of responsibility for each link. A new DSN software assembly, the Link Complexity and Maintenance (LCM) software, was developed to support workload management for LCOs, as well as for planning site-local maintenance activities. The LCM deployment was a vital part of the transition to FtSO in November 2017. This paper discusses the architecture of LCM, its feature set, and lessons learned during its development and rollout.
机译:NASA的深空网络(DSN)最近在其操作方法上进行了范式转换,称为“跟随太阳行动(FtSO)”,目的是提高即将到来的网络扩展效率。与仅本地控制自己的24x7天线相比,此更改要求每个深空通信中心(DSCC)在本地日班期间远程控制其他两个中心。远程操作会增加每个复杂系统在日间工作的工作量,特别是链路控制运营商(LCO)的工作量,并且在规划和管理每个链路的职责分配方面提出了新的挑战。开发了一种新的DSN软件组件,即链路复杂性和维护(LCM)软件,以支持LCO的工作负载管理以及计划站点本地维护活动。 LCM部署是2017年11月向FtSO过渡的重要组成部分。本文讨论了LCM的体系结构,功能集以及在开发和推出过程中获得的经验教训。

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