COCPIT:火星毅力漫游者协同活动规划软件

Ivy Deliz, A. Connell, Chet Joswig, J. Márquez, B. Kanefsky
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引用次数: 4

摘要

自从登陆火星表面以来,“毅力号”探测车一直依靠一个分布式的团队来生成命令,以便每个火星日(火星日)探索它的新环境。该团队使用一套复杂的软件工具来及时完成这项具有挑战性的任务,以便在下一个机会窗口向漫游者发送命令。这个软件生态系统的一个关键部分是COCPIT(基于组件的战役计划、执行和战术)。COCPIT是美国宇航局喷气推进实验室与美国宇航局艾姆斯研究中心合作开发的下一代计划和调度软件工具的一部分。COCPIT是一个基于网络的应用程序,允许用户协作查看和更新毅力号火星车的活动计划,不断验证计划是否满足约束条件,为指导科学仪器分配目标,记录科学意图,以及建模功率和数据资源。火星表面操作需要来自分布在北美和欧洲的工程、科学、机器人和仪器操作小组成员的各种专业知识。为了提高效率和降低风险,所有团队都能够同时审查和编辑他们的活动,并从整体上看到对计划的影响。作为地面数据系统(GDS)工具套件的一部分,COCPIT负责活动计划。它提供了专门的视图,允许运营商了解哪里可能有额外的观察空间,查看是否有任何规划约束被违反,并确认能源使用和数据生成在规定的限制范围内。它包含了一些细节,比如相机将使用哪种滤镜来进行给定的观察,图像的分辨率应该是多少,在哪里存储数据,以及预计观察需要多长时间。它可以预测具体的数据何时会从火星车下载到经过的轨道飞行器上,这样团队就知道什么时候可以将这些数据传回地球,以便在未来的规划中进行评估。最终,来自COCPIT计划的信息被翻译成序列,这些序列将被捆绑并辐射到Perseverance执行。COCPIT工具贯穿于所有计划阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
COCPIT: Collaborative Activity Planning Software for Mars Perseverance Rover
Since landing on the Martian surface, the Perseverance rover has relied on a distributed team to generate commands for exploring its new environment each sol (Martian day). The team uses a complex suite of software tools to accomplish this challenging task in time for the next window of opportunity to send commands to the rover. A key piece of this software ecosystem is COCPIT (Component-based Campaign Planning, Implementation, and Tactical). COCPIT is part of the next generation of planning and scheduling software tools developed by NASA's Jet Propulsion Laboratory in partnership with NASA's Ames Research Center. COCPIT is a web-based application that allows users to collaboratively view and update the Perseverance rover's activity plans, continuously verify that the plan satisfies constraints, assign targets for directing scientific instruments, document science intent, and model power and data resources. Mars Surface Operations requires diverse expertise from team members within the Engineering, Science, Robotic, and Instrument Operations groups, distributed across North America and Europe. In order to improve efficiency and reduce risk, all teams are able to review and edit their activities simultaneously and see the effects on the plan in its entirety. As part of the Ground Data System (GDS) tool suite, COCPIT is responsible for the activity plan. It provides specialized views that allow operators to understand where there may be room for additional observations, see whether any planning constraints are being violated, and confirm that energy usage and data generation are within the defined limits. It contains details such as which filters a camera will use for a given observation, what the resolution of the images should be, where to store the data onboard, and how long the observation is expected to take. It predicts when specific data will be downlinked from the rover to a passing orbiter, so that the team knows when to expect that data on Earth for evaluation in future planning. Ultimately the information from the COCPIT plan is translated to sequences that will be bundled and radiated to Perseverance for execution. The COCPIT tool is used throughout all planning phases.
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