Function Point Analysis is the most widely adopted method for measuring the functional size of software. Function Point Analysis is performed manually and is relatively time consuming and expensive. Recently, the Automated Function Points method has been proposed to automate the counting of Function Points in a way that \u2013according to the proposers\u2013 is generally consistent with current Function Point analysis practices. In this paper, this new method is analyzed, to identify its features, and evaluate to what extent it can be safely considered a replacement of Function Point analysis. Possible uses of the new method are also proposed. Finally, research activities concerning the method are proposed, to improve the knowledge of the m...
Estimated value of software as agreed by the end user and the developer team should be expressed in ...
Simple Function Point is a functional size measurement method that can be used in place of IFPUG Fun...
Simple Function Points were proposed as a lightweight alternative to standard Function Points. The i...
Function Point Analysis is the most widely adopted method for measuring the functional size of softw...
Background: Function point analysis (FPA) has become widely used to measure software functional size...
Functional size measures of software—especially Function Points—are widely used, because they provid...
Background: Software size is one of the key factors that has the potential to affect the effort of s...
Measuring Function Points following the standard process is sometimes long and expensive. To solve t...
A requirement for software productivity analysis and estimation is the ability to measure the size o...
The developers of real-time and embedded software face –just like the developers of other types of s...
Estimated value of software as agreed by the end user and the developer team should be expressed in ...
The Function Points methodology was developed by Allan Albrecht to help measure the size of software...
This paper presents a method for estimating the size, and consequently eort and duration, of object ...
Estimated value of software as agreed by the end user and the developer team should be expressed in ...
Simple Function Point is a functional size measurement method that can be used in place of IFPUG Fun...
Simple Function Points were proposed as a lightweight alternative to standard Function Points. The i...
Function Point Analysis is the most widely adopted method for measuring the functional size of softw...
Background: Function point analysis (FPA) has become widely used to measure software functional size...
Functional size measures of software—especially Function Points—are widely used, because they provid...
Background: Software size is one of the key factors that has the potential to affect the effort of s...
Measuring Function Points following the standard process is sometimes long and expensive. To solve t...
A requirement for software productivity analysis and estimation is the ability to measure the size o...
The developers of real-time and embedded software face –just like the developers of other types of s...
Estimated value of software as agreed by the end user and the developer team should be expressed in ...
The Function Points methodology was developed by Allan Albrecht to help measure the size of software...
This paper presents a method for estimating the size, and consequently eort and duration, of object ...
Estimated value of software as agreed by the end user and the developer team should be expressed in ...
Simple Function Point is a functional size measurement method that can be used in place of IFPUG Fun...
Simple Function Points were proposed as a lightweight alternative to standard Function Points. The i...