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首页> 外文会议>58th International Astronautical Congress 2007 >Cost Reduction and Efficiency Improvements streamlining the Design Process of a Space Mission Via STARMAD (Space Tool for Advanced Rapid Mission Analysis Design)
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Cost Reduction and Efficiency Improvements streamlining the Design Process of a Space Mission Via STARMAD (Space Tool for Advanced Rapid Mission Analysis Design)

机译：通过STARMAD（先进，快速任务分析和设计的空间工具）简化了空间任务的设计过程，从而降低了成本并提高了效率

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The latest trend in the Space industry is towards space missions, spacecraft, systems and products, which require quick solutions for system design and software development. Fundamental aspects are: the capability of minimising the number of steps to perform a complete Space Mission Analysis and Design; the ability to evaluate and display results instantaneously; the possibility to control all complex Space Mission subjects in a concurrent manner. This paper deals with all these aspects by presenting STARMAD (Space Tool for Advanced and Rapid Mission Analysis and Design). It will illustrate how to achieve cost reduction and quality improvements by streamlining the design process through improving engineer involvement, and hence his understanding and efficiency in designing a space mission. In automatically linking all those aspects with their associated interdependencies, STARMAD is able to simplify an otherwise complex problem. Starting from the requirements, STARMAD can perform a complete Space Mission Design and can carry out fundamental Space Mission Analyses across all levels, from mission operation complexity down to individual engineering parameters. Furthermore, by configuring STARMAD with an existing space mission and satellite, it is possible to check the impacts that any modifications have on a Mission, such as changes to orbit geometry, changes to nominal configurations, effect of loss of power, etc. A graphical user interface has been built, providing an intuitive and fast method of configuration for the input parameters. An example showing the analysis and design process using STARMAD is given for a predefined space mission. Results are compared to referenced data.
机译：太空工业的最新趋势是朝着太空任务，航天器，系统和产品发展，这需要快速解决方案来进行系统设计和软件开发。基本方面是：最小化执行完整的太空任务分析和设计的步骤数量的能力;即时评估和显示结果的能力;同时控制所有复杂的太空任务主体的可能性。本文通过介绍STARMAD（用于高级和快速任务分析和设计的空间工具）来处理所有这些方面。它将说明如何通过提高工程师的参与度来简化设计过程，从而降低成本和提高质量，从而提高他在太空任务设计中的理解和效率。通过自动将所有这些方面与其关联的相互依赖关系链接起来，STARMAD能够简化原本很复杂的问题。从需求出发，STARMAD可以执行完整的太空任务设计，并可以执行从任务运营复杂度到单个工程参数的各个级别的基本太空任务分析。此外，通过为STARMAD配置现有的太空任务和卫星，可以检查任何修改对任务的影响，例如轨道几何形状的变化，标称配置的变化，功率损耗的影响等。内置了用户界面，为输入参数提供了一种直观，快速的配置方法。给出了使用STARMAD进行分析和设计过程的示例，用于预定义的太空任务。将结果与参考数据进行比较。

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