It's widely argued that a business environment of budget control and innovation can be antithetical.This essay explores the ways that management accounting and control practices might enable organizations to achie...It's widely argued that a business environment of budget control and innovation can be antithetical.This essay explores the ways that management accounting and control practices might enable organizations to achieve both control and innovation in the current globalised economy on a basis of the different views in the management control systems(MCSs) and innovation.展开更多
Software testing is a very important phase of the software development process. It is a very difficult job for a software manager to allocate optimally the financial budget to a software project during testing. In thi...Software testing is a very important phase of the software development process. It is a very difficult job for a software manager to allocate optimally the financial budget to a software project during testing. In this paper the problem of optimal allocation of the software testing cost is studied. There exist several models focused on the development of software costs measuring the number of software errors remaining in the software during testing. The purpose of this paper is to use these models to formulate the optimization problems of resource allocation: Minimization of the total number of software errors remaining in the system. On the assumption that a software project consists of some independent modules, the presented approach extends previous work by defining new goal functions and extending the primary assumption and precondition.展开更多
文摘It's widely argued that a business environment of budget control and innovation can be antithetical.This essay explores the ways that management accounting and control practices might enable organizations to achieve both control and innovation in the current globalised economy on a basis of the different views in the management control systems(MCSs) and innovation.
文摘Software testing is a very important phase of the software development process. It is a very difficult job for a software manager to allocate optimally the financial budget to a software project during testing. In this paper the problem of optimal allocation of the software testing cost is studied. There exist several models focused on the development of software costs measuring the number of software errors remaining in the software during testing. The purpose of this paper is to use these models to formulate the optimization problems of resource allocation: Minimization of the total number of software errors remaining in the system. On the assumption that a software project consists of some independent modules, the presented approach extends previous work by defining new goal functions and extending the primary assumption and precondition.
