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首页> 外文会议>International Conference on Computational Science and Its Applications(ICCSA 2006) pt.5; 20060508-11; Glasgow(GB) >An Empirical Development Case of a Software-Intensive System Based on the Rational Unified Process
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An Empirical Development Case of a Software-Intensive System Based on the Rational Unified Process

机译：基于理性统一过程的软件密集型系统的经验开发案例

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摘要

The Rational Unified Process (RUP) is a development process which is based on object-oriented, usecase-centric, architecture-centric, and iterative approaches. Most projects for public organizations have adopted waterfall model in software development lifecycle, however, various projects have recently tried to apply an iterative model to minimize risks and to enhance quality of software. But empirical results of software-intensive development based on the RUP are not well known. Therefore, this paper presents process, period, effort and quality factors for a software-intensive system development through the study on the Korean Core Instrumentation System (K-CIS) which has adopted the RUP. We also present the result of comparison between the K-CIS RUP and waterfall model, and lessons learned from the K-CIS case. We believe that our result is useful for establishment of a process and estimation of resource and quality factors for software-intensive systems efficiently.
机译：Rational Unified Process（RUP）是一个开发过程，它基于面向对象，以用例为中心，以架构为中心以及迭代方法。公共组织的大多数项目在软件开发生命周期中都采用了瀑布模型，但是，各种项目最近都尝试应用迭代模型来最小化风险并提高软件质量。但是基于RUP的软件密集型开发的经验结果尚不清楚。因此，本文通过对采用RUP的韩国核心仪器系统（K-CIS）的研究，介绍了软件密集型系统开发的过程，周期，工作量和质量因素。我们还介绍了K-CIS RUP和瀑布模型之间的比较结果，以及从K-CIS案例中学到的经验教训。我们认为，我们的结果对于为软件密集型系统有效地建立流程以及估算资源和质量因子很有用。

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