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A Scalable Routing Architecture for Next Generation Gatekeeper Independent of Service Domain

机译:用于下一代网守的可扩展路由架构,独立于服务域

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In traditional gatekeeper architectures, call routing has many drawbacks such as long call setup delay, heavy burden on gatekeeper, low channel utilization and lack of scalability. We propose a scalable routing architecture for next generation gatekeeper, which is independent of real-time services plane. The design principle is gatekeeper call routing may be separated from its call process. Next generation multimedia networks, which feature with large capability and multi-domains, consist of Connecting Domain for call routing and Service Domain for call process. Next generation gatekeeper is the important entity in Connecting Domain, adopts Telephony Routing over IP to realize dynamic routing. We consider this routing as a special type of service and investigate the method of routing creation and routing provisioning. Validation in a testing platform shows that the proposed routing architecture can provide admirable routing performance. It also goes through stress and capability test. So it is a better choice for multimedia communication system with flexible extension and network cost saving.
机译:在传统的Gatekeeper架构中,呼叫路由有许多缺点,如长呼叫建立延迟,守难负担,对渠道利用率低,缺乏可扩展性。我们为下一代网守提出可扩展的路由架构,它与实时服务平面无关。设计原则是网守呼叫路由可以与呼叫过程分开。下一代多媒体网络具有大功能和多个域的功能,包括用于呼叫过程的呼叫路由和服务域的连接域。下一代网守是连接域中的重要实体,采用IP over IP来实现动态路由的电话。我们将此路由视为一种特殊类型的服务,并调查路由创建和路由配置的方法。测试平台中的验证显示所提出的路由架构可以提供令人钦佩的路由性能。它也经历了压力和能力测试。因此,具有灵活扩展和网络成本节省的多媒体通信系统是更好的选择。

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