Softswitch networks will eventually transit to IMS networks.
软交换网络最终将向IMS网络过渡。
The primary feature of softswitch network architecture is layered functions.
软交换网络结构的重要特点是其明确的功能分层。
Based on this, a queuing system status diagram of softswitch system is given.
在此基础上，给出了软交换系统排队过程的系统状态图。
Softswitch is a kernel technology for the next-generation packet voice network.
软交换是下一代话音网络中的核心技术。
At present, the Softswitch network of Dalian network has cut off and put into practice.
目前，大连网通软交换网已割接上线，投入使用。
Evaluation of network system capacity is a very important factror during building SoftSwitch network.
在采用软交换设备组建软交换网络时，需要评估网络系统的容量。
Recent years Softswitch and NGN have become research hotspots in academic and telecommunication areas.
软交换和下一代网络是近年来学术界和通信领域研究的热点之一。
And the capability of service trigger notification, which is the base of service, is a must of Softswitch.
其中软交换主动的向上层应用提供业务触发通知是软交换必须具备的一个能力，是实现业务的基础。
Softswitch is core entity of NGN, which functions real-time service control, call control and connect control.
软交换作为NGN的核心实体，为下一代网络提供具有实时性要求的业务呼叫控制和连接控制功能。
Setup a model framework of network economic analysis, and evaluate the two network technologies: TDM and Softswitch.
建立了网络技术经济评价的模型体系，针对目前两种网络技术(TDM和软交换)进行了经济分析。
With its special design and architecture, SIP becomes one of the most important technologies for Softswitch systems.
SIP的设计方法和结构特点使得它成为下一代网络软交换体系的重要技术。
The evolution from fixed Softswitch to IP Multimedia Subsystem (IMS) requires reasonable methods, steps and strategies.
固网软交换向IP多媒体子系统（IMS）演进应采用合理的方法、步骤和策略。
Based on the analysis of the difference between Softswitch and PSTN, this paper introduced a traffic model of Softswitch.
分析了软交换与PSTN在话务特性上的区别，建立了软交换的话务模型。
The softswitch is the core of the next-generation network, and the protocol adaptation is the main function of softswitch.
软交换是一代网络的核心，协议适配是软交换的重要功能，下一代网络的重要目标之一就是实现网络融合。
Ericsson is the leader in both IMS and softswitch areas and also the world's largest provider of professional telecom services.
爱立信在IMS和软交换领域都保持着领先地位，同时也是世界最大的提供专业电信服务的公司。
Softswitch is a technique that can supply next-generation packet communications including speech, wideband and wireless networks.
软交换技术是一个能够提供下一代分组通信——包括语音、宽带和无线网络的平台。
SIP can help constructing the next generation increment business platform through the signaling control and communication of softswitch.
它的主要目的是为了解决IP网中的信令控制，以及同软交换的通信，从而构成下一代的增值业务平台。
Next generation network(NGN)is a service-driven one. As the central part of NGN, SoftSwitch should possess powerful service capabilities.
下一代网络将是业务驱动的网络，因此作为下一代网络的核心技术，软交换系统应具备强大的业务能力。
Combination of the Softswitch technology and the mobile core network technologies has become a research focus due to its obvious advantages.
由于软交换技术与移动核心网络技术的结合具有众多的优越性，已成为研究热点。
Audit mechanism can highly improve the stability of softswitch with the method of detecting and correcting the abnormality of running devices.
审计机制可以发现和解决设备运行中出现的异常，有效提高软交换机的高可用性。
Softswitch is a function entity. It provides call control and access control of real time service. It is the kernel of NGN's call and control.
软交换是一种功能实体，为下一代网络（NGN）提供具有实时性要求的业务的呼叫控制和连接控制功能，是下一代网络呼叫与控制的核心。
This thesis illustrates the methods of realizing the NGN function with the SoftSwitch technology based on the service related features of NGN.
文章根据NGN的业务相关特点详细阐述了利用软交换技术实现NGN业务体系功能目标的方法。
The formula of calculating Softswitch traffic was deduced, provided the theoretical bases for the designing and analysis of a Softswitch system.
最后推导出软交换话务量计算的数学公式，为软交换系统的分析与设计提供了理论上的依据。
This article briefly analyzes the the process of Call in SIP, and introduces the implement of application server in SoftSwitch system in detail.
文章讨论了SIP协议对呼叫的处理，并详细介绍了软交换系统中应用服务器的具体实现。
Another one lies on that we take the Softswitch billing security issues into account, proposing a SIP-based Softswitch billing security mechanism.
另一点在于考虑了软交换计费安全的问题，提出了一个基于SIP的软交换计费安全机制。
The construction solution for Softswitch and subscriber data center, relay gateway and signaling gateway, as well as billing system are also given.
同时对软交换、用户数据中心设置方案，中继网关、信令网关建设方案，计费采集系统建设方案等进行了设计。
The paper first carries on the analysis proof to the system construction goal and the present situation, has formed the new Softswitch network plan.
论文首先对系统建设目标和现状进行分析论证，形成了软交换网的建设组网方案。
SIP gradually becomes the important protocol in the multimedia Softswitch system and 3g multimedia subsystem area of the next generation network (NGN).
SIP协议已逐步成为下一代网络(NGN)的多媒体软交换系统和第三代移动通信(3 G)多媒体子系统域中的重要协议。
This dissertation basically discusses the design and implementation of media resources control in MSC based on Mobile Softswitch according to CMT system.
本文主要结合CMT系统，讨论了基于移动软交换的MS C内媒体资源控制的设计与实现。
The next generation telecommunication networks will be based on IP. SS7 and the fundamental of call control are main components of softswitch control system.
下一代电信网是基于IP的网络，SS7及呼叫控制原理是软交换控制系统的重要组成部分。
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