Functional size determines how much functionality software provides by measuring the aggregate amount of its cohesive execution sequences. Alan Albrecht first introduced the concept in 1979. Since he originally described the function point analysis (FPA) method, researchers and practitioners have developed variations of functional size metrics and methods. The authors discuss the conceptual similarities and differences between functional size measurement methods and introduce a model for unification
Software functional size measurement is regarded as a key aspect in the production, calibration and ...
Background Several functional size measurement methods have been proposed. A few ones -like IFPUG an...
The most popular Functional Size Measurement methods, namely IFPUG Function Point Analysis and the C...
Among the various approaches to software size measurement, Functional Size Measurement has been wide...
Functional Size Measurement methods –like the IFPUG Function Point Analysis and COSMIC methods– are ...
A requirement for software productivity analysis and estimation is the ability to measure the size o...
There are various approaches to software size measurement. Among these, the metrics and methods base...
Background: Software size is one of the key factors that has the potential to affect the effort of s...
A number of Functional Size Measurement (FSM) methods have been proposed in the literature, but so f...
Functional size, or function points, is a language-independent measure of software size. It is used ...
Software functional size measurement is highly demanded and has gained wide adoption and acceptance ...
Abstract − A number of Functional Size Measurement (FSM) methods have been proposed in the literatur...
The complexity of providing accurate functional software size and effort prediction models is well k...
Functional size is among the few software size measures for which well-structured and standardized m...
The most popular Functional Size Measurement methods adopt a concept of “functionality” that is base...
Software functional size measurement is regarded as a key aspect in the production, calibration and ...
Background Several functional size measurement methods have been proposed. A few ones -like IFPUG an...
The most popular Functional Size Measurement methods, namely IFPUG Function Point Analysis and the C...
Among the various approaches to software size measurement, Functional Size Measurement has been wide...
Functional Size Measurement methods –like the IFPUG Function Point Analysis and COSMIC methods– are ...
A requirement for software productivity analysis and estimation is the ability to measure the size o...
There are various approaches to software size measurement. Among these, the metrics and methods base...
Background: Software size is one of the key factors that has the potential to affect the effort of s...
A number of Functional Size Measurement (FSM) methods have been proposed in the literature, but so f...
Functional size, or function points, is a language-independent measure of software size. It is used ...
Software functional size measurement is highly demanded and has gained wide adoption and acceptance ...
Abstract − A number of Functional Size Measurement (FSM) methods have been proposed in the literatur...
The complexity of providing accurate functional software size and effort prediction models is well k...
Functional size is among the few software size measures for which well-structured and standardized m...
The most popular Functional Size Measurement methods adopt a concept of “functionality” that is base...
Software functional size measurement is regarded as a key aspect in the production, calibration and ...
Background Several functional size measurement methods have been proposed. A few ones -like IFPUG an...
The most popular Functional Size Measurement methods, namely IFPUG Function Point Analysis and the C...