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TELEOP: Impact of Confinement and Isolation on Crew Performances during Long-Duration Missions

机译:遥控:监禁和隔离在长期任务期间的影响和孤立的影响

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In the last decades, most space agencies have been focusing on manned flight missions. Therefore, to ensure the success of long-term space missions, new factors like confinement and isolation need to be studied. The TELEOP project investigates these effects on crew's performance during Human-Robot Interactions (HRI), such as cargo docking operations or remote control of a rover for surface exploration of the Moon or Mars. Confinement implies living in narrow spaces with limited privacy and isolation having very little contact with people from the outside; those conditions mostly characterize human space missions. In order to study its impact, several analog mission campaigns ave been run within the TELEOP project, such as: MDRS-189 (Mars Desert Research Station - Utah desert) and ARES III (in Lunares Research Base, Poland). The subsequent mission will soon be carried out in the Institute of Bio-Medical Problems of Moscow (IBMP) in Russia, during the SIRIUS-19 campaign (Scientific International Research In a Unique terrestrial Station), with the collaboration of NASA, and the next MDRS-206 expedition. In the following years, the aim is to run the experiment in more realistic and confined environments: the ISS and the Concordia station in Antarctica. In order to assess confinement and isolation and their impact on teleoperation performance, an innovative protocol has been designed. This enables us to have a complete overview on factors linked to teleoperation performance (execution time and accuracy), such as participants' personality traits, affective state and physiological state. Teleoperation performance was evaluated by the guidance of a rover, a task that was performed by each crewmember several times per mission. During the task, physiological activity was recorded using an electrocardiogram (ECG), whereas assessment of both psychological and personality aspects were performed using questionnaires. The latter two intended to assess the mood, motivation, confine
机译:在过去的几十年中,大多数空间机构一直专注于载人飞行任务。因此,为了确保长期空间任务的成功,需要研究禁闭和隔离等的新因素。 Teintop项目在人机交互(HRI)期间调查了这些影响,例如货物对接运营或漫游者的遥控器,用于月球或火星的表面探索。限制暗示生活在狭窄的空间中,隐私有限,孤立与外面的人有很少的接触;这些条件主要是人类空间任务的特征。为了研究其影响,几个模拟使命竞选Ave在遥上的项目中运行,例如:MDRS-189(火星沙漠研究站 - 犹他州沙漠)和Ares III(在波兰农历研究基地)。在俄罗斯的莫斯科(IBMP)的生物医学问题研究所,在Sirius-19竞选期间(独特的地面站科学国际研究),以及NASA的合作,将在俄罗斯莫斯科(IBMP)的生物医学问题研究所在俄罗斯的生物医学问题研究所进行了MDRS-206远征。在接下来的几年里,目的是在更现实和狭窄的环境中运行实验:ISS和南极洲的Concordia站。为了评估监禁和隔离及其对耳务性能的影响,设计了一种创新的协议。这使我们能够完整地概述与遥操作性能(执行时间和准确性)相关的因素,例如参与者的人格特征,情感状态和生理状态。通过流动站的指导评估了智托良好的表现,这项任务由每个任务每次任务几次执行的任务。在任务期间,使用心电图(ECG)记录生理活动,而使用问卷进行心理和人格方面的评估。后者两人旨在评估情绪,动机,限制

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