This paper presents a new size estimation method that can be used to estimate size level for software engineering projects. The Algorithmic Optimisation Method is based on Use Case Points and on Multiple Least Square Regression. The method is derived into three phases. The first phase deals with calculation Use Case Points and correction coefficients values. Correction coefficients are obtained by using Multiple Least Square Regression. New project is estimated in the second and third phase. In the second phase Use Case Points parameters for new estimation are set up and in the third phase project estimation is performed. Final estimation is obtained by using newly developed estimation equation, which used two correction coefficients. The A...
Among algorithmic-based frameworks for software development effort estimation, Use Case Points I s o...
Abstract. An estimation method based on use cases, the use case points method, has given promising r...
case modeling is an accepted andwidespread technique to capture the business processes and requireme...
This paper presents a new size estimation method that can be used to estimate size level for softwar...
Estimates for cost and schedule in software projects are based on a prediction of the size of the sy...
Software estimation is a crucial task in software engineering. Software estimation encompasses cost,...
This paper presents a proposed method for improving the prediction ability of the Use Case Points me...
Rapid and precise effort estimation of software development projects is crucial in IT industry. In a...
This study investigates the significance of use case points (UCP) variables and the influence of the...
AbstractThis study investigates the significance of use case points (UCP) variables and the influenc...
Abstract. An estimation method based on use cases, the use case points method, has given promising r...
It is an important issue in the software industry to predict how much effort will be required for a ...
This paper aims to investigate and infer new range for productivity factor for Use Case Points metho...
This paper evaluates the usage of improved analytical programming algorithm for software effort esti...
This paper presents an improvement of an effort estimation method that can be used to predict the le...
Among algorithmic-based frameworks for software development effort estimation, Use Case Points I s o...
Abstract. An estimation method based on use cases, the use case points method, has given promising r...
case modeling is an accepted andwidespread technique to capture the business processes and requireme...
This paper presents a new size estimation method that can be used to estimate size level for softwar...
Estimates for cost and schedule in software projects are based on a prediction of the size of the sy...
Software estimation is a crucial task in software engineering. Software estimation encompasses cost,...
This paper presents a proposed method for improving the prediction ability of the Use Case Points me...
Rapid and precise effort estimation of software development projects is crucial in IT industry. In a...
This study investigates the significance of use case points (UCP) variables and the influence of the...
AbstractThis study investigates the significance of use case points (UCP) variables and the influenc...
Abstract. An estimation method based on use cases, the use case points method, has given promising r...
It is an important issue in the software industry to predict how much effort will be required for a ...
This paper aims to investigate and infer new range for productivity factor for Use Case Points metho...
This paper evaluates the usage of improved analytical programming algorithm for software effort esti...
This paper presents an improvement of an effort estimation method that can be used to predict the le...
Among algorithmic-based frameworks for software development effort estimation, Use Case Points I s o...
Abstract. An estimation method based on use cases, the use case points method, has given promising r...
case modeling is an accepted andwidespread technique to capture the business processes and requireme...