This paper presents a method for estimating the size, and consequently effort and duration, of object oriented software development projects. Different estimates may be made in different phases of the development process, according to the available information. We define an adaptation of traditional function points, called “Object Oriented Function Points”, to enable the measurement of object oriented analysis and design specifications. Tools have been constructed to automate the counting method. The novel aspect of our method is its flexibility. An organisation can experiment with different counting policies, to find the most accurate predictors of size, effort, etc. in its environment. The method and preliminary results of its application...
Abstract. Functional Size Measurement (FSM) methods are intended to measure the size of software by ...
Functional Size Measurement (FSM) methods are intended to measure the size of software by quantifyin...
Software development effort estimation is vital to project success. Both underestimates and overesti...
This paper presents a method for estimating the size, and consequently eort and duration, of object ...
Abstract. We present a method for estimating the size, and consequently effort and duration, of obje...
This paper presents a methodology for estimating the development size and effort of object oriented ...
The object oriented paradigm has become widely used to develop large information systems. This paper...
Estimating different characteristics viz., size, cost, etc. of software during different phases of s...
The aim of this document is to propose an initial set of rules to be applied in the evaluation of t...
Many effort estimation techniques exist for sizing software systems but none is directly used to mea...
Abstract. We present an empirical validation of object-oriented size estimation models. In previous ...
In practice, it is very important to determine the size of a proposed software system yet to be buil...
In this paper, a metric is proposed, Predictive Object Points (POPs), that has the potential to do a...
In this paper, we present an FP-like approach, named Class Point, which was conceived to estimate th...
Early and accurate estimation of software size plays an important role in facilitating effort and co...
Abstract. Functional Size Measurement (FSM) methods are intended to measure the size of software by ...
Functional Size Measurement (FSM) methods are intended to measure the size of software by quantifyin...
Software development effort estimation is vital to project success. Both underestimates and overesti...
This paper presents a method for estimating the size, and consequently eort and duration, of object ...
Abstract. We present a method for estimating the size, and consequently effort and duration, of obje...
This paper presents a methodology for estimating the development size and effort of object oriented ...
The object oriented paradigm has become widely used to develop large information systems. This paper...
Estimating different characteristics viz., size, cost, etc. of software during different phases of s...
The aim of this document is to propose an initial set of rules to be applied in the evaluation of t...
Many effort estimation techniques exist for sizing software systems but none is directly used to mea...
Abstract. We present an empirical validation of object-oriented size estimation models. In previous ...
In practice, it is very important to determine the size of a proposed software system yet to be buil...
In this paper, a metric is proposed, Predictive Object Points (POPs), that has the potential to do a...
In this paper, we present an FP-like approach, named Class Point, which was conceived to estimate th...
Early and accurate estimation of software size plays an important role in facilitating effort and co...
Abstract. Functional Size Measurement (FSM) methods are intended to measure the size of software by ...
Functional Size Measurement (FSM) methods are intended to measure the size of software by quantifyin...
Software development effort estimation is vital to project success. Both underestimates and overesti...