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Offline charging for multimedia blended services using Service Capability Interaction Manager in IMS Network

机译:在IMS网络中使用服务能力交互管理器的多媒体混合服务的离线充电

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IP Multimedia Subsystems (IMS) networks facilitate delivery of complex and dynamic blended services which involve chaining of multiple service enablers like presence server, multimedia streaming server, and location server etc. These blended services can be dynamically delivered based on user's preferences or contextual information. IMS networks can be successful if they are proven to be revenue generating. Thus charging of such dynamic blended services is important and is a real challenge especially when it involves multimedia streaming services. 3GPP suggests that the charging function to be located within the serving network. It is thus logical to presume that SCIM (Service Capability Interaction Manager) should take the responsibility to generate the relevant charging information for blended services. One of the major problems during the delivery of a blended service which involves multimedia streaming server is to monitor and control the actual usage of media by user. This is because SCIM may not be involved in actual media session. Thus key charging information in such services may be inaccurate or lost. In this paper we proposed a novel architecture as well as idea to monitor and control the usage of multimedia in blended services delivered through SCIM and also generate the relevant charging information by providing the CDR (Call Detail Record). A use case with call flow is also presented which has been successfully implemented as well as tested in the IMS Innovation Lab and described in this paper.
机译:IP多媒体子系统(IMS)网络有助于传递复杂和动态混合服务,该服务涉及使用呈现服务器,多媒体流服务器和位置服务器等多种服务推动器的链接。这些混合服务可以基于用户的首选项或上下文信息动态传送。如果被证明是收入生成,IMS网络可以成功。因此,对这种动态混合服务的充电是重要的,并且是一个真正的挑战,特别是当它涉及多媒体流服务时。 3GPP表明充电功能位于服务网络内。因此,符合要求的SCIM(服务能力交互管理器)应该负责为混合服务生成相关的计费信息。交付涉及多媒体流式传输服务器的混合服务期间的主要问题之一是监视和控制用户的实际使用情况。这是因为SCIM可能不参与实际媒体会话。因此,这种服务中的关键充电信息可能是不准确或丢失的。在本文中,我们提出了一种新颖的架构以及想法来监控和控制通过SCIM提供的混合服务中多媒体的使用,并且还通过提供CDR(呼叫详细记录)来生成相关的计费信息。还介绍了使用呼叫流的用例,其已成功实现以及IMS创新实验室中的测试并在本文中进行了描述。

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