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首页> 外文期刊>International journal of software engineering and knowledge engineering >Software Process Selection Based Upon Abstract Machines for Slow Intelligence Systems
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Software Process Selection Based Upon Abstract Machines for Slow Intelligence Systems

机译:基于抽象机的慢情报系统软件过程选择

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摘要

The abstract-machine model was developed by Chang to formalize the decision cycles of slow intelligence systems. It turns out that the selection of software process can also be regarded as a slow intelligence system. In this paper, we formalize abstract-machine prototypes for different software process models (SPMs) such as waterfall model, incremental model, spiral model, extreme programming model and scrum model. A Software Process Generator (SPG) was implemented to generate SPMs based upon design considerations. Initial evaluation by undergraduate students using SPG to learn software processes suggests further improvements to make it a useful learning tool.
机译:Chang开发了抽象机器模型,以规范慢情报系统的决策周期。事实证明,软件过程的选择也可以看作是一种缓慢的情报系统。在本文中,我们对瀑布模型,增量模型,螺旋模型,极限编程模型和Scrum模型等不同软件过程模型(SPM)的抽象机原型进行形式化。基于设计考虑,实施了软件过程生成器(SPG)以生成SPM。使用SPG学习软件过程的本科生进行的初步评估表明,应进一步改进使其成为有用的学习工具。

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