本文简要介绍了目前软件规模度量中使用最广泛的IFPUG(International Function Point Users Group)组织的功能点分析方法FPA(Functional Point Analysis).指出了在实际使用过程中用FPA方法在计算软件项目值调整因子(VAF:Value Adjust-me...本文简要介绍了目前软件规模度量中使用最广泛的IFPUG(International Function Point Users Group)组织的功能点分析方法FPA(Functional Point Analysis).指出了在实际使用过程中用FPA方法在计算软件项目值调整因子(VAF:Value Adjust-ment Factor)时存在的不足,并给出了具体的改进方法.从而使改进后的FPA方法在对软件规模的估算上更为接近项目的实际开发情况.展开更多
软件测试(Software Testing)作为软件质量保证的主要手段之一,在软件开发过程中所占的比重日益增加,成为保证软件质量的重要环节,对提高软件质量具有重要意义。将IFPUG(International Function Point User Group)功能点分析方法结合国...软件测试(Software Testing)作为软件质量保证的主要手段之一,在软件开发过程中所占的比重日益增加,成为保证软件质量的重要环节,对提高软件质量具有重要意义。将IFPUG(International Function Point User Group)功能点分析方法结合国家标准《GB/T 32911-2016软件测试成本度量规范》引入软件测试成本估算过程中,以提高软件测试规模评估的准确率。展开更多
This paper aims to present a case study that consists in the analysis of work effort per unit of software systems Development and Enhancement Projects (D&EP) depending on technological factors. That analysis was c...This paper aims to present a case study that consists in the analysis of work effort per unit of software systems Development and Enhancement Projects (D&EP) depending on technological factors. That analysis was commissioned by one of the largest public institutions in Poland. This is the COSMIC (Common Software Measurement International Consortium) function points method that is chosen by this institution as a point of reference for size of software systems developed/enhanced for supporting its functions and therefore this method is the base for the analysis of D&EP work effort per unit with regard to technological factors.展开更多
文摘本文简要介绍了目前软件规模度量中使用最广泛的IFPUG(International Function Point Users Group)组织的功能点分析方法FPA(Functional Point Analysis).指出了在实际使用过程中用FPA方法在计算软件项目值调整因子(VAF:Value Adjust-ment Factor)时存在的不足,并给出了具体的改进方法.从而使改进后的FPA方法在对软件规模的估算上更为接近项目的实际开发情况.
文摘软件测试(Software Testing)作为软件质量保证的主要手段之一,在软件开发过程中所占的比重日益增加,成为保证软件质量的重要环节,对提高软件质量具有重要意义。将IFPUG(International Function Point User Group)功能点分析方法结合国家标准《GB/T 32911-2016软件测试成本度量规范》引入软件测试成本估算过程中,以提高软件测试规模评估的准确率。
文摘This paper aims to present a case study that consists in the analysis of work effort per unit of software systems Development and Enhancement Projects (D&EP) depending on technological factors. That analysis was commissioned by one of the largest public institutions in Poland. This is the COSMIC (Common Software Measurement International Consortium) function points method that is chosen by this institution as a point of reference for size of software systems developed/enhanced for supporting its functions and therefore this method is the base for the analysis of D&EP work effort per unit with regard to technological factors.
