Software estimation provides an important tool for project planning; whose quality and accuracy greatly affect the success of a project. There are several area of the software engineering in which we can use the function point analysis like project planning, project construction, software implementation etc. In software development, accuracy and efficiency of cost estimation methodology for a w...

Software project management is an interpolation of project planning, project monitoring and project termination. The substratal goals of planning are to scout for the future, to diagnose the attributes that are essentially done for the consummation of the project successfully, animate the scheduling and allocate resources for the attributes. Software cost estimation is a vital role in preeminen...

Earned value management (EVM) is a well-known approach in a project control system which uses some indices to track schedule and cost performance of a project. In this paper, a new statistical framework based on self-starting monitoring and change point estimation is proposed to monitor correlated EVM indices which are usually auto-correlated over time and non-normally distributed. Also, a new ...

This paper introduces a hybrid software process simulation model that combines two common approaches to simulation discrete event and system dynamics. The purpose of the model is to support software project estimation as well as project management. Although the model was originally constructed for a specific software organization, it's use was never realized by that project. The model has been ...

Context: Software development effort estimates are typically expert judgment-based and too low to reflect the actual use of effort. Objective: To understand how the choice of effort unit affects expert judgement-based effort estimates, and to use this knowledge to increase the realism of effort estimates. Method: Two experiments where the software professionals were randomly instructed to estim...

Using quantitative data from past projects for software project estimation requires context knowledge that characterizes its origin and indicates its applicability for future use. This article sketches the SPRINT I technique for project planning and controlling. The underlying prediction mechanism is based on the identification of similar past projects and the building of so-called clusters wit...

Project productivity is a key factor for producing effort estimates from Use Case Points (UCP), especially when the historical dataset is absent. The first versions of UCP effort estimation models used a fixed number or very limited numbers of productivity ratios for all new projects. These approaches have not been well examined over a large number of projects so the validity of these studies w...

Software project effort estimation is defined as one of the most difficult tasks in software engineering, embodying extensive uncertainty and vagueness in estimation parameters. In order to deal with this uncertainty, it has been suggested that the fuzzy approach can be employed in the effort estimation process. This work in progress paper is a proof of the concept that the estimation approach ...

Most software project estimation and measurement (PEM) processes have been designed for providers. Customers need to leverage PEM to better direct software sourcing. A design theory for software project-scoping has been developed that supports the PEM processes of both customers and providers. This paper probes the validity of the theory from providers’ and customers’ viewpoints through three l...

Software project effort estimation is frequently seen as complex and expensive for individual software engineers. In Project LEAP, we are investigating tools and methods to support low-cost, empirically-based software developer improvement. In a recent case study, we investigated effort estimation and the relative accuracy of a dozen different analytic estimation procedures. Student programmers...