Abstract:- Function Points is an important and well-accepted software size metric. However, it is absolutely essential to accurately calibrate Function Point (FP), whose aims are to fit specific software application, to reflect software industry trend, and to improve cost estimation. Neuro-Fuzzy is a technique that incorporates the learning ability from neural network and the ability to capture human knowledge from fuzzy logic. We developed a Neuro-Fuzzy model to calibrate Function Points. The empirical validation using ISBSG data repository Release 8 shows a 22 % improvement in software effort estimation after calibration using Neuro-Fuzzy technique
Function points are intended to measure the amount of functionality in a system as described by a sp...
Modelling of software development effort estimation models have been a hot research topic over the l...
Function Point Analysis (FPA) is among the most commonly used techniques to estimate the size of sof...
Abstract: The need to update the calibration of Function Point (FP) complexity weights is discussed,...
Function Point (FP) is a useful software metric that was first proposed twenty-five years ago, since...
Software estimation is an important aspect in software development projects because poor estimations...
Software estimation is an important aspect in software development projects because poor estimations...
Software size estimation is an important aspect in software development projects because poor estima...
Abstract:- Estimation of the size and time required for software development is probably the most di...
Backfiring is a technique used for estimating the size of source code based on function points and p...
Backfiring is a technique used for estimating the size of source code based on function points and p...
Software estimation accuracy is among the greatest challenges for software developers. This study ai...
Abstract- The major prevailing challenges for Software Projects are Software Estimations like cost e...
Various models have been derived by studying large number of completed software projects from variou...
Function Points Analysis (FPA) is amongst the most generally used method to assess software cost est...
Function points are intended to measure the amount of functionality in a system as described by a sp...
Modelling of software development effort estimation models have been a hot research topic over the l...
Function Point Analysis (FPA) is among the most commonly used techniques to estimate the size of sof...
Abstract: The need to update the calibration of Function Point (FP) complexity weights is discussed,...
Function Point (FP) is a useful software metric that was first proposed twenty-five years ago, since...
Software estimation is an important aspect in software development projects because poor estimations...
Software estimation is an important aspect in software development projects because poor estimations...
Software size estimation is an important aspect in software development projects because poor estima...
Abstract:- Estimation of the size and time required for software development is probably the most di...
Backfiring is a technique used for estimating the size of source code based on function points and p...
Backfiring is a technique used for estimating the size of source code based on function points and p...
Software estimation accuracy is among the greatest challenges for software developers. This study ai...
Abstract- The major prevailing challenges for Software Projects are Software Estimations like cost e...
Various models have been derived by studying large number of completed software projects from variou...
Function Points Analysis (FPA) is amongst the most generally used method to assess software cost est...
Function points are intended to measure the amount of functionality in a system as described by a sp...
Modelling of software development effort estimation models have been a hot research topic over the l...
Function Point Analysis (FPA) is among the most commonly used techniques to estimate the size of sof...