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EMCS - Operation of an ESA Payload in a NASA Rack

机译:EMCS-NASA机架中ESA有效载荷的操作

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The European Modular Cultivation System (EMCS) was launched to the International Space Station (ISS) in 2006. Originally it was installed in the EXPRESS Rack 3 located in the US Laboratory "Destiny" but in 2008 the rack was moved to the ESA "Columbus" Laboratory. The Norwegian User Support and Operations Centre (N-USOC) is the Facility Responsible Centre for the EMCS. The EMCS is an ESA payload in a NASA EXPRESS Rack, hence the EMCS Operators interact with both the NASA Payload Operations Integration Center (POIC) in Huntsville and the Columbus Control Centre (Col-CC) in Oberpfaffenhofen. The communication flow depends on whether the experiment running in the EMCS is an European or American experiment. In addition to the two control centers, the operator must interact with ESA, the science team, engineering support and NASA Ames Research Center (if U.S. experiment) or other industry teams responsible for the Experiment Unique Equipment (EUE) developed for the specific experiment. In this paper the complex EMCS operation scenario will be described and challenges and lessons learned will be discussed.
机译:欧洲模块化耕种系统(EMCS)于2006年向国际空间站(ISS)发射。最初安装在位于美国“命运”实验室的EXPRESS机架3中,但在2008年,该机架移至ESA“哥伦布” “ 实验室。挪威用户支持和运营中心(N-USOC)是EMCS的设施负责中心。 EMCS是NASA EXPRESS机架中的ESA有效载荷,因此,EMCS操作员可以与Huntsville的NASA有效载荷运营集成中心(POIC)和Oberpfaffenhofen的哥伦布控制中心(Col-CC)进行交互。通信流取决于在EMCS中运行的实验是欧洲实验还是美国实验。除了两个控制中心之外,操作员还必须与ESA,科学团队,工程支持和NASA Ames研究中心(如果是美国实验)或负责为特定实验开发的实验专用设备(EUE)的其他行业团队进行互动。在本文中,将描述复杂的EMCS操作方案,并讨论挑战和经验教训。

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