In order to develop c-commerce systems, this paper proposes a role-driven component-oriented methodology (RCOM), which consists of four phases: collaboration analysis, component analysis, component design, and implementation.
Their best known uses are architecture, component design, and implementation.
The demands for executing protocols at high speed led to the need for advanced, sophisticated system architectures, component designs, and implementations.
However, developing and improving reliability of new components, design, control, and implementation remain a major concern.
The paper describes the basic components, design, operation, implementation and deployment of the proposed approach, and presents several performance and load testing scenarios.
This article discusses the key components for the design and implementation of appropriate policies for enhancing sustainable development in less-favoured areas.
We then provide an overview of several factors that affect supercomputing performance, including component design and switch fabric architecture implementations.
This paper addresses this gap by advocating for the 'voice' of CHWs to be a central component of programme design and implementation.
A practical definition of effective active learning can best be built through studies that target individual components of active-learning design and implementation, instead of the effect of active learning as a whole, to identify what makes an effective active-learning exercise.
This paper presents Arthemis as a component of EMIS, the design and implementation of Arthemis, and key lessons learned from the development process.
