Measuring Software Functionality Using Function Point Method Based On Design Documentation

Measuring Software Functionality Using Function Point Method Based On Design Documentation
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使用基于设计文档的功能点方法测量软件功能

DOI：
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发表时间：
2012
期刊：
影响因子：
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通讯作者：
K. Mustofa
K. Mustofa
中科院分区：
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文献类型：
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作者：
A. Irawati;K. Mustofa

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最终用户和开发团队同意的软件的估计价值应该以一定的量级来表达，其中之一就是功能的衡量。功能点（FP）方法是用于获取功能规模的方法之一，可用于估计软件项目所需的成本、持续时间和资源量。然而，功能点测量并不简单，需要软件方面的专业知识 分析。此外，还考虑了计算结果 如果由具有国际功能点用户组 (IFPUG) 认证的人员验证则有效。本研究旨在设计和实现一个系统，使用户能够方便地使用 参考IFPUG CPM 4.3.1标准，基于FP方法分析软件功能规模。该系统帮助用户在不牺牲准确性的情况下以更快、更简单的方式执行 FP 分析。 系统的输入是源自 UML 文档的软件设计文档的 XMI 文档。研究还发现，项目中软件的UML文档越完整，得到的FP计算结果越准确
Estimated value of software as agreed by the end user and the developer team should be expressed in a certain magnitude, one of which is the measure of functionality. Function Point (FP) Method is one of the methods used to obtain the size of the functionality and can be used to estimate cost, duration, and amount of resources required by a software project. However, Function Point measurement is not simple and requires expertise in software analysis. Furthermore, the results of the calculation are considered valid if it is verified by someone with International Function Point User Group (IFPUG) certification. This research aims at designing and implementing a system that makes users convenient in analyzing software functionality size based on FP method referring to IFPUG CPM 4.3.1 standards. The system helps users to perform FP analysis in a faster and easier way without sacrificing accuracy. The input for the system is XMI document resulting from software design documentation derived from UML documents. The study also reveals that the more complete UML documents of the software in the project, the more accurate the FP calculation results obtained