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Commercial payloads and the ticketing process - Fast and direct access to ISS using MPCC AND KU-IPS by standardized services -

机译：商业有效载荷和票务流程 - 通过标准化服务使用MPCC和KU-IPS快速直接访问ISS -

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Along the ISS lifetime the utilization requirements have changed dramatically. The focus is rather on short term experiments with direct access using available commercial means at the experimenter site. Today the payload user wants to command his experiment accommodated in the ISS directly from his own PC. The basis to realize his dream could be established by the European Multi-Purpose Communications Computer (MPCC) using the NASA KU-IPS (Internet Protocol Service).The implementation and test has been successfully performed during the so-called Short Duration Mission (SDM) in fall 2015 and onwards up to now for tele robotic experiments called HAPTICS/ INTERACT and SUPVIS/ Justin, AstroPI, ESA Active Dosimeter to mention a few. MPCC will provide additional means within phase II development by using alternative communication paths. This is planned to be completed in 2018. While corresponding papers ("MPCC AND KU-IPS, NEW WAYS TO CONTROL THE NEXT GENERATION OF COLUMBUS PAYLOADS - GROUND SEGMENT ASPECTS" and " Implementation of an Additional Command System, Pathing the Way for New Tasks at Col-CC") describing the changes to the on-board systems and operations for the Columbus Module and required additions in the ESA ground system architecture, this paper concentrates on the standardized services offered prior to the release of a 'flight ticket' to the payload developer. Although MPCC implementation provide easy access means, the payload developer still has to decide on adaptation to existing MPCC interfaces, security issues and to get a reasonable understanding on the to be expected data rates. The services offered to the payload user will be catalogued in order according to the payload complexity. The payload user can easily put his requirement/parameter requests into a WebService. The result will be a list of activities necessary to fulfil all requirements from engineering assessment to PIRN processing, from simple tests using suitcase tester to complex testing using
机译：随着国际空间站的寿命利用率的要求也发生了巨大变化。重点是，而在使用现有的商业手段在实验者的网站直接访问短期实验。今天，有效载荷用户要指挥他的实验容纳在ISS直接从自己的PC。实现他的梦想的基础上可以通过使用NASA KU-IPS（互联网协议服务）。实施和测试了所谓的短时团（SDM期间成功进行的欧洲多用途通讯电脑（MPCC）成立）在秋天2015年开始到现在的长焦称为触觉/互动，SUPVIS /贾斯汀，AstroPI，欧空局积极剂量计仅举几例机器人实验。 MPCC将通过使用替代的通信路径提供第二阶段的发展中的附加装置。该计划2018年完工虽然相应的论文（“MPCC和Ku-IPS，新的方法来控制下一代哥伦布有效载荷 - 地面段问题”和“一个附加指挥系统的实施，寻路路的新任务在的Col-CC“），其描述在ESA地面系统架构更改到机载系统和操作的哥伦布模块和所需的添加，对标准化服务本文浓缩物之前的‘机票’到的释放提供有效载荷开发商。虽然MPCC实施提供方便的接入手段，有效载荷开发商仍然有权决定适应现有MPCC接口，安全性问题，并得到了所预期的数据速率合理的理解。提供给负载用户的服务将在以根据有效载荷的复杂性进行编目。有效载荷用户可以很容易地把他的要求/参数请求到一个WebService。其结果将通过使用手提箱测试仪复杂的测试是必要的，以实现从工程评估纬处理所有要求的活动清单，从简单的测试

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