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Integration of intelligent network services into future GSM networks

机译:将智能网络服务集成到未来的GSM网络中

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This article introduces various difficulties and issues in the basic scenario of integrating intelligent networks (INs) and the Global System for Mobile Communications (GSM). As an example, implementation of Universal Personal Telecommunications (UPT) is considered. This article does not offer a comprehensive analysis, but rather a tutorial view. The separation of cellular networks and IN is not well suited to provide common mobility-related services. The present signaling systems do not enable transfer of mobility-related parameters, such as the cell identity and international mobile subscriber identity (IMSI). A call connection to the service switching point must be set up every time IN services are used from the GSM network. The same information is stored in several network elements, and service creation and management are complex. With those disabilities in mind, two integration scenarios are introduced and their characteristics are compared. However, the aim is not to give detailed guidance for implementation, but rather to introduce different options and describe their most significant characteristics. It is important to be able to provide mobility-based information directly to the IN. Flexible integration calls for changes both in mobile exchanges and signalling systems. Mobile exchanges will be built with additional IN functionality and, in fact, future signalling systems will better carry mobility-related information. Mobility can be implemented with a rather small investment, provided that there are digital exchanges and transmission systems and the basic infrastructure has already been built. The required intelligence can be offered by using the existing Public Land Mobile Network (PLMN) or IN architecture.
机译:本文介绍了在集成智能网络(IN)和全球移动通信系统(GSM)的基本方案中的各种困难和问题。作为示例,考虑了通用个人电信(UPT)的实现。本文不提供全面的分析,而是提供教程视图。蜂窝网络和IN的分离不太适合提供与移动性相关的常见服务。当前的信令系统不能实现与移动性相关的参数的传输,例如小区标识和国际移动用户标识(IMSI)。每次从GSM网络使用IN服务时,都必须建立到服务交换点的呼叫连接。相同的信息存储在多个网络元素中,并且服务创建和管理非常复杂。考虑到这些障碍,介绍了两种集成方案并比较了它们的特性。但是,其目的不是为实施提供详细指导,而是介绍不同的选项并描述其最重要的特征。能够直接向IN提供基于移动性的信息非常重要。灵活的集成要求在移动交换机和信令系统中进行变革。移动交换机将具有附加的IN功能,实际上,未来的信令系统将更好地承载与移动性相关的信息。只要有数字交换和传输系统,并且已经建立了基本的基础设施,就可以用很小的投资来实现移动性。可以通过使用现有的公共陆地移动网络(PLMN)或IN架构来提供所需的智能。

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