An Integrated VR- and Simulation-Environment for Supporting the Complete Product Life Cycle of Space-Related Systems

Peter Dannenmann, Christof Nuber, R. Küke, N. Schielow, H. Hagen
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Abstract

System development life cycles have been shortened within the last years using enhanced computer-based tools. Each life cycle of a system has been separated from later cycles of other systems except for the common knowledge of developers involved in different phases. To enhance the process of developing and bringing a product to the market from scratch we integrate available tools and information into a single development environment which improves the performance of the complete development team. We will show in this paper how VR- and simulation- tools can be combined to improve the development process of a product. In doing this we will especially focus on the reuse of knowledge gathered in previous phases of the development cycle or even gathered in former projects. The use of virtual reality tools for visualization and interaction in different phases is discussed. Finally we present an approach that is currently under development at DaimlerChrysler Aerospace Space-Infrastructure Division.
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支持空间相关系统完整产品生命周期的集成虚拟现实和仿真环境
在过去几年中,使用增强的基于计算机的工具缩短了系统开发生命周期。除了参与不同阶段的开发人员的共同知识外,系统的每个生命周期都与其他系统的后期周期分开。为了加强从零开始开发并将产品推向市场的过程,我们将可用的工具和信息集成到一个开发环境中,从而提高整个开发团队的性能。我们将在本文中展示如何将虚拟现实和模拟工具结合起来,以改善产品的开发过程。在这样做的过程中,我们将特别关注在开发周期的前一阶段甚至在以前的项目中收集的知识的重用。讨论了在不同阶段使用虚拟现实工具进行可视化和交互。最后,我们介绍了戴姆勒-克莱斯勒航空航天空间基础设施部门目前正在开发的一种方法。
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