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First Results of the ROBEX Analogue Mission Campaign: Robotic Deployment of Seismic Networks for Future Lunar Missions

机译:ROBEX模拟任务运动的初步结果:机器人为未来的登月任务部署地震网络

摘要

This paper presents first results of the analog missionudcampaign which was performed between the 12th ofudJune and the 10th of July 2017 on Mount Etna inudEurope, Italy. The aim of the ROBEX demonstrationudmission is to test and validate a complex roboticudmission. This includes highly autonomous tasks withudsupervision from scientists to guaranteeudmeasurement of real and scientifically relevantuddata. The main scientific objective of the ROBEXudmission, the detailed analysis of the lunar crustudlayers, that is replaced by the analysis of Etna lavaudlayers in the demo mission, has been guiding theuddevelopments of the last four years.udAs key missions, a seismic network has beenuddeployed and a seismic profile measurement hasudbeen conducted using only robots on the landing site.udAdditional experiments consisted of long termudautonomous navigation, multi-robot mapping andudexploration of craters as well as experiments with theudaim of geological analyses and probe selection.udDuring the one month analog campaign, a realisticudmission scenario has been built up, including audcontrol station approximately 30 km from theudremote site.
机译:本文介绍了模拟任务 udcampaign的第一个结果,该结果在2017年6月12日至7月10日在意大利 ud欧洲的埃特纳火山上执行。 ROBEX演示任务的目的是测试和验证复杂的机器人任务。这包括高度自动化的任务,需要科学家的监督,以保证对真实和科学相关的 uddata进行测量。 ROBEX udmission的主要科学目标是对月地壳 udlayer的详细分析,而在演示任务中由对Etna lava udlayer的分析代替,一直指导着最近四年的发展。在关键任务中,仅部署了着陆现场的机器人, ud部署了地震网络,并进行了地震剖面测量。 ud其他实验包括长期非自主导航,多机器人地图绘制和陨石坑的勘探 udim进行了地质分析和探针选择的实验。 ud在为期一个月的模拟活动中,已经建立了一个现实的 udging方案,其中包括一个 udcontrol站,距 udremote站点约30 km。

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