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Integrated tools and techniques applied to the TES ground data systems

机译:应用于TES地数据系统的集成工具和技术

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The Tropospheric Emission Spectrometer (TES) is a Fourier Transform Spectrometer (FTS) scheduled for launch in June of 2003. Over its six-year mission, it is expected to provide three-dimensional maps of ozone and its precursors as part of NASA's Earth Observing System [EOS). Developing production-quality software to process large volumes of scientific data and accommodate changing requirements throughout the mission along with the need to ensure that scientific goals and objectives are met presents many challenges. The author of the paper will discuss the selection of CASE tools, a decision making process, requirements tracking and a review mechanism that leads to a highly integrated approach to software development that must deal with the constant pressure to change software requirements and design that is associated with research and development. This integrated approach of tools and techniques should provide a process and mechanism to assist in continually verifying that mission objectives are correctly expressed in software requirements and fully realized in design in order to achieve overall mission success of the ground data processing system.
机译:对流层发射光谱仪(TES)是2003年6月推出的傅里叶变换光谱仪(FTS)。在其六年任务中,预计将提供臭氧及其前体的三维地图,作为美国国家航空航天局的地球观测的一部分系统[EOS)。开发生产质量软件,以处理大量的科学数据,并在整个任务中适应不断变化的要求以及确保遇到科学目标和目标的必要性呈现许多挑战。本文的作者将讨论案例工具,决策过程,需求跟踪和审查机制的选择,这些机制导致高度综合的软件开发方法,必须处理恒定压力以改变相关的软件要求和设计随着研发。这种工具和技术的综合方法应该提供一个过程和机制,以协助不断验证特派团目标在软件要求中正确表达,并在设计中完全实现,以实现地面数据处理系统的整体任务成功。

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