Software effort estimates is an important part of software development work and provides essential input to project feasibility analyses, bidding, budgeting and planning. Analogy-based estimates models emerge as a promising approach, with comparable accuracy to arithmetic methods, and it is potentially easier to understand and apply. Studies show all the models are sensitive to the quality and availability data, thus requiring a systematic data treatment. In this paper, it is proposed a data pre-processing method for use in software effort estimate. The results of it on applying on applying Case Based Reasoning - CBR that enables us to enhance the precision of the estimates
It is an important issue in the software industry to predict how much effort will be required for a ...
As web-based applications become more popular and more sophisticated, so does the requirement for ea...
This thesis proposes a novel approach, called Analogy-X to extend and improve the classical data-int...
Accurate project effort estimation is an important goal for the software engineering community. Till...
Software effort estimation is an essential feature of software engineering for effective planning, c...
Existing algorithmic models fail to produce ac-curate software development effort estimates. To addr...
Abstract — Case-Based Reasoning (CBR) has been widely used to generate good software effort estimate...
This paper explores some of the practical issues associated with the use of case-based reasoning (CB...
Software effort estimation biasanya menjadi penentu sukses atau tidaknya kontrak negosiasi dan sepak...
Context : Software effort estimation is one of the most important activities in the software develop...
Abstract: Accurate software cost estimation is a vital task that affects the firm's software in...
Software effort estimation biasanya menjadi penentu sukses atau tidaknya kontrak negosiasi dan sepak...
Software effort estimation biasanya menjadi penentu sukses atau tidaknya kontrak negosiasi dan sepak...
A case-based analogical reasoning model, called Estor, was proposed and elaborated from verbal proto...
A case-based analogical reasoning model, called Estor, was proposed and elaborated from verbal proto...
It is an important issue in the software industry to predict how much effort will be required for a ...
As web-based applications become more popular and more sophisticated, so does the requirement for ea...
This thesis proposes a novel approach, called Analogy-X to extend and improve the classical data-int...
Accurate project effort estimation is an important goal for the software engineering community. Till...
Software effort estimation is an essential feature of software engineering for effective planning, c...
Existing algorithmic models fail to produce ac-curate software development effort estimates. To addr...
Abstract — Case-Based Reasoning (CBR) has been widely used to generate good software effort estimate...
This paper explores some of the practical issues associated with the use of case-based reasoning (CB...
Software effort estimation biasanya menjadi penentu sukses atau tidaknya kontrak negosiasi dan sepak...
Context : Software effort estimation is one of the most important activities in the software develop...
Abstract: Accurate software cost estimation is a vital task that affects the firm's software in...
Software effort estimation biasanya menjadi penentu sukses atau tidaknya kontrak negosiasi dan sepak...
Software effort estimation biasanya menjadi penentu sukses atau tidaknya kontrak negosiasi dan sepak...
A case-based analogical reasoning model, called Estor, was proposed and elaborated from verbal proto...
A case-based analogical reasoning model, called Estor, was proposed and elaborated from verbal proto...
It is an important issue in the software industry to predict how much effort will be required for a ...
As web-based applications become more popular and more sophisticated, so does the requirement for ea...
This thesis proposes a novel approach, called Analogy-X to extend and improve the classical data-int...