火星探测计划
地形
一套
火星人
钥匙(锁)
软件部署
计算机科学
火星探测
软件
系统工程
史诗
模拟
运输工程
工程类
软件工程
天体生物学
计算机安全
地理
物理
文学类
艺术
考古
程序设计语言
地图学
作者
Richard Rieber,Michael McHenry,Philip Twu,Michael M. Stragier
标识
DOI:10.1109/aero53065.2022.9843375
摘要
The Perseverance rover landed in Jezero Crater on Mars on February 18, 2021, marking the beginning of an epic road trip across Mars. The guiding principle of the Perseverance rover design was to replicate Curiosity, except for when the new mission objectives mandated a change. The scientific objectives require that Perseverance drive more quickly and more efficiently through more complex terrain than its predecessors. The mobility system for Perseverance exemplifies this, in that key portions are identical, yet others have had major upgrades. Key upgrades include more tractive and more robust tires, new engineering cameras, a new computer dedicated for image processing, and a more efficient AutoNav software suite. This paper will follow how the scientific objectives led to the key and driving mobility requirements and how these requirements were decomposed at the different subsystems.
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