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GUIDANCE, NAVIGATION AND CONTROL CHALLENGES FOR TEAM OMEGA ENVOY’S GLXP MISSION DESIGN

机译:团队OMEGA ENVOY的GLXP任务设计的制导,导航和控制挑战

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Team Omega Envoy presents a number of fully numerically integrated trajectoriesfrom Earth-launch to a soft landing on the Moon. The trajectories arebased on different approaches such as 5-day transfer to direct lunar landing,5-day transfer to lunar parking orbit, and Earth to Earth-Moon L1 to lunar orbittransfer. All the trajectories have been simulated in STK/Astrogator modulethat has high-precision numerical integrator(s) using full force model. The authorsalso discuss the merits and drawbacks of each of above approaches andthe effect of other parameters such as lighting conditions, landing site on themission design, the approach taken, and the nature of results or conclusionsthat can be expected.
机译:欧米茄Envoy团队展示了许多完全数字积分的轨迹 从地球发射到月球软着陆。轨迹是 基于不同的方法,例如5天转移到直接登月, 5天转移到月球停车轨道,地球转移到月球L1到月球轨道 转移。所有轨迹均已在STK / Astrogator模块中进行了仿真 具有使用全力模型的高精度数值积分器。作者 还讨论了上述每种方法的优缺点,以及 其他参数的影响,例如照明条件,着陆点 任务设计,采取的方法以及结果或结论的性质 这是可以预期的。

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