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Rapid Task-Models Development Using Sub-models, Sub-routines and Generic Components

机译:使用子模型,子例程和通用组件快速进行任务模型开发

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Whilst task models are perceived as critical artifacts within User Centered Design methods, task models development is often considered as a resource and time consuming activity. Structuring techniques can support handling issues such as reuse and scalability and can improve analysts' productivity and the overall quality of models. In this paper we propose (based on the notation of the HAMSTERS project) several means to structure task models and present how they can be used in order to increase reusability and scalability in task models. Besides sub-models and sub-routines, generic components are described. These mechanisms are duly illustrated within a project for the ground segments of satellite missions. This paper shows, by example, how such elements look like and how both readability and quality of models is improved by their use.
机译:虽然任务模型被视为以用户为中心的设计方法中的关键工件,但是任务模型的开发通常被认为是一种资源和耗时的活动。结构化技术可以支持处理诸如重用和可伸缩性之类的问题,并可以提高分析人员的生产率和模型的整体质量。在本文中,我们提出(基于HAMSTERS项目的表示法)构造任务模型的几种方法,并介绍如何使用它们以提高任务模型中的可重用性和可伸缩性。除了子模型和子例程,还描述了通用组件。在一个卫星任务地面部分的项目中已适当说明了这些机制。本文通过示例展示了这些元素的外观以及如何通过使用它们来改善模型的可读性和质量。

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