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A Mission Control Architecture for Robotic Lunar Sample Return as Field Tes‐ ted in an Analogue Deployment to the Sudbury Impact Structure

机译：以模拟部署到萨德伯里撞击结构的现场为目标的机器人月球样品返回的任务控制架构

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John E. Moores; Raymond Francis; Marianne Mader; G. R. Osinski; T. Barfoot; N. Barry; G. Basic; M. Battler; M. Beauchamp; S. Blain; M. Bondy; A. Chanou; J. Clayton; E. Cloutis; M. Daly; C. Dickinson; H. Dong; P. Furgale; J. Gammel; N. Gharfoor; M. Hussein; R. Grieve; P. Jaziobedski; A. Lambert; K. Leung; C. Marion; E. Mccullough; Mcmanus C. D. Neish; H. Sapers; B. Shankar; A. Singleton; K. Souders; B. Stenning; P. Sylvester; L. Tornabene;
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1. A Mission Control Architecture for robotic lunar sample return as field tested in an analogue deployment to the sudbury impact structure [J] . John E. Moores, Raymond Francis, Marianne Mader, Advances in space research . 2012,第12期

机译：一种任务控制体系结构，用于机器人月球样品的返回，在对萨德伯里撞击结构的模拟部署中进行了现场测试
2. Robotic traverse and sample return strategies for a lunar farside mission to the Schroedinger basin [J] . Nicola J. Potts, Amber L. Gullikson, Natalie M. Curran, Advances in space research . 2015,第4期

机译：机器人遍历和样品返回策略，用于施罗丁格盆地的月球远端任务
3. Issues of geologically-focused situational awareness in robotic planetary missions: Lessons from an analogue mission at Mistastin Lake impact structure, Labrador, Canada [J] . I. Antonenko, G.R. Osinski, M. Battler, Advances in space research . 2013,第2期

机译：机器人行星飞行任务中注重地质的态势感知问题：加拿大拉布拉多Mistastin Lake撞击结构的模拟飞行任务的经验教训
4. HUMAN EXPLORATION OF THE SOLAR SYSTEM SYMPOSIUM (A5) Joint session on Human and Robotic Partnerships to Realize Human Spaceflight Goals (3-B3.6):OPTIMIZING SCIENTIFIC RETURN FOR ROBOTIC-HUMAN LUNAR EXPLORATION: CASE STUDY IMPACTS LUNAR SAMPLE RETURN (ILSR) ANALOGUE MISSION PROGRAM [C] . Marianne Mader, Gordon Osinski International Astronautical Congress . 2014

机译：人力系统研讨会（A5）联合会议关于人类和机器人伙伴关系，实现人类航天目标（3-B3.6）：优化科学返回机器人的月球探测：案例研究会影响月球样本返回（ILSR）模拟任务计划
5. The Modern Moon: Studies of Recent Lunar Chronology and Links to Future Sample-Return Missions [D] . Mazrouei-Seidani, Sara 2018

机译：现代月亮：近期农历年纪和未来样品回报任务的联系
6. Flexible robotic teleoperation architecture for intelligent oil fields [O] . Gustavo Caiza, Carlos A. Garcia, Jose E. Naranjo, 2020

机译：适用于智能油田的灵活的机器人遥操作架构
7. A mission control architecture for robotic lunar sample return\ud as field tested in an analogue deployment to the sudbury impact structure [O] . Moores, J., Francis, R., Mader, M.M., 2012

机译：用于机器人登月样品返回的任务控制架构经过对萨德伯里撞击结构的模拟部署现场测试

A Mission Control Architecture for Robotic Lunar Sample Return as Field Tes‐ ted in an Analogue Deployment to the Sudbury Impact Structure

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