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A Service Component-based Accounting and Charging Architecture to Support Interim Mechanisms across Multiple Domains

机译:基于服务组件的计费和计费体系结构,可支持跨多个域的临时机制

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摘要

Today, telematics services are o Aen compositions of different chargeable service components offered by different service providers. To enhance component-based accounting and charging, the service composition information is used to match with the corresponding charging structure of a service session. This enables the sharing of revenues among the service providers, and calculation of the total cost for the end-user. When multiple independent service providers are involved, it is a great challenge to apply interim accounting and charging during a service session in order to minimize financial risks between business partners. Another interesting development is the trend towards outsourcing accounting and charging processes to specialized business partners. This requires a decoupling between provisioning and accounting and charging processes. In this paper, we propose a comprehensive component-based accounting and charging architecture to support service session provisioning across multiple domains. The architecture, modeled in UML, incorporates an interim accounting and charging mechanism to enable the processing and exchange of accounting information needed to update intermediate charges for separate service components and the user’s credit, even during the service provisioning phase.
机译:如今,远程信息处理服务已由不同服务提供商提供的不同收费服务组件组成。为了增强基于组件的计费和计费,服务组合信息用于与服务会话的相应计费结构匹配。这使得服务提供商之间可以共享收益,并可以计算最终用户的总成本。当涉及多个独立服务提供商时,在服务会话期间应用临时记帐和计费以最大程度地减少业务伙伴之间的财务风险是一个巨大的挑战。另一个有趣的发展是将会计和收费流程外包给专业业务合作伙伴的趋势。这要求在供应,计费和计费过程之间实现解耦。在本文中,我们提出了一种基于组件的综合计费和收费架构,以支持跨多个域的服务会话设置。以UML建模的体系结构结合了临时记帐和收费机制,即使在服务提供阶段,也可以处理和交换更新独立服务组件的中间费用和用户信用所需的记帐信息。

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