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Onion architecture: a new approach for XaaS (every-thing-as-a service) based virtual collaborations

机译:洋葱结构:基于XAAS(每件事服务)虚拟合作的新方法

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E-collaborations and Virtual Organizations (VO) are increasingly being adopted for completing goals that involve geographically dispersed teams. Service Oriented Architecture (SOA) standards has been used to implement virtual organizations. Transformation in computing paradigms and software tools with the passage of time has introduced modern ways to achieve the said targets. Reference Architecture for Virtual Organization (RAVO) was proposed as a standard for VOs [1]. RAVO is based on XaaS (Every-thing-as-a-Service) approach and is presented as a layered model. From software engineering perspective, different patterns can be adopted for implementation. Onion architecture is one of the emerging architectures based on the dependency inversion principle. The paper presents the RAVO as an Onion architecture and a prototype for formal organization by decoupling all of its components. The components are encapsulated inside one another. This approach extends and makes it easy for Software Engineers to implement a standard VO system. It is safe to say that this decoupled approach to implement RAVO, can be used as a strong point of reference in software development.
机译:越来越多地采用电子合作和虚拟机构(VO),以完成涉及地理上分散的团队的目标。面向服务的架构(SOA)标准已用于实施虚拟组织。随着时间的推移,计算范式和软件工具的转型引入了现代方法来实现所述目标。提出了用于虚拟组织(RAVO)的参考架构作为VOS [1]的标准。 Ravo基于XAAS(每件物品)方法,并作为分层模型呈现。从软件工程角度来看,可以采用不同的模式来实现。洋葱架构是基于依赖反演原理的新兴架构之一。本文将Ravo作为洋葱建筑和通过解耦所有组件的正式组织的原型。组件彼此内部封装。这种方法扩展并使软件工程师延伸并使其实现标准VO系统。可以安全地说,这种解耦方法实现Ravo,可以用作软件开发中的强大的参考点。

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