联通GSM移动智能网由INAP向CAMEL升级的一些考虑

介绍了移动智能网的发展目标、联能GSM移动智能网的现状,并对风智能网应用协议（INAP）向移动网络增强定制应用逻辑（CAMEL）升级的两个方案作了比较。     

电信管理网和智能网的综合

电信管理网和智能网的综合智能网（ＩＮ）和电信管理网（ＴＭＮ）体系结构相综合的重要性何在？ＩＮ是一种通用的、面向业务的体系结构，它用于除了呼叫控制类以外的所有各种业务（实时或管理）。ＴＭＮ是一种通用的、面向管理的体系结构，它用于各种管理业务。显然，ＩＮ...     

智能网及7号信令系统在智能网中的应用

文章对智能网的结构和业务作了较为详细的介绍，并对智能网与７号信令系统的关系和智能网信令连接控制部分（ＳＣＣＰ）、事务处理能力应用部分（ＴＣＡＰ）在智能网中的应用进行了初步说明。简要介绍了目前我国智能网发展情况。     

移动智能网技术

随着移动通信的迅速发展，人们对业务的需求也越来越大。文中介绍了一种移动网的新业务生成模式-移动智能网技术，并比较了移动网增强逻辑的客户化应用（CAMEL）和无线智能网（WIN）两种移动智能网协议，最后展望了移动智能网的发展趋势。     

综合智能网SCP功能模型的研究与设计

本文将PSTN智能网，GSM智能网，CDMA智能网和Internet结合起来，提出了综合智能网的概念，讨论了实现综合智能网业务控制点的关键技术，并给出了综合业务控制功能（ISCF）模型，介绍了以此模型为基础开发的综合智能网产品。     

智能网与Internet互通的模型与实现

介绍了智能网（IN）与In-ternet互通（PINT）的系统原理，以及PINT和SPIRITS等两类互通业务的网络结构，给出了智能网与Inter-net互通的模型。讨论了智能网与In-ternet互通的实现，并给出了一个PINT业务实例-点击拨号业务。     

智能网业务控制点体系结构的研究

对智能网及其物理结构简单叙述的基础上，讨论了智能网业务控制点（SCP）的功能结构、硬件组织结构，并对智能网业务逻辑程序的运行机制进行了探讨。这些都是在进行智能网控制点设计及实现时必须综合考虑的重要方面。     

对福建省智能网发展的探讨

就福建省智能网（IN）的现状及存在的问题进行了分析，并对智能网体系结构中主要功能模块的发展提出了看法。     

中兴智能网产品通过电总设备测试并服务各地电信

日前,在电信总局软件中心对国内厂商统一进行的智能网产品设备测试中,中兴通讯自主开发的 ZXIN10智能网系统业务控制点（ SCP）、业务管理点（ SMP）、业务生成环境点（ SCEP）、业务交换点（ SSP）凭借卓越的业务实现能力得到专家们的首肯,所有测试项目一次性通过,其中呼损率为 0.0000％ ,计费准确率为 99.9862％ ,统计准确率为 99.9988％,居于国内领先水平。 SCP是智能网的核心部分,主要完成业务控制与业务数据功能 ,并可接受 SMS的管理;对 SMP进行的测试项目有功能测试、检查接口和硬件要求、主备用倒换时间的测试、…     

软交换对智能网的影响

简要介绍软交换概念和智能网的一般模型，讨论了软交换与现有窄带电话网的智能网之间的关系，并提出现有电信网SSP与软交换智能网之间的信令应兼容INAP（智能网应用协议）的建议，最后得出了现有智能网与将来软交换是互补的关系的结论。     

Overview of IN and TMN harmonization

Introduces the work being performed in ETSI and ITU-T on the management of IN and on IN and TMN harmonization. After a short history of, and rationale for the work in this area, a brief overview of the results achieved in ETSI's joint experts group on IN/TMN is provided. This includes the proposed mapping of the IN functional entities onto TMN function blocks and the proposal for integration of IN and TMN modeling techniques. This work has resulted in the “Baseline Document on the Integration of IN and TMN”. Both ETSI and ITU-T have accepted this document as a starting point for further addressing the special requirements of IN with respect to management (i.e., rapid deployment and provisioning of new services and corresponding management functionality). The work on further alignment of IN and TMN terminology and concepts is an ongoing activity, as both IN and TMN concepts are expected to evolve toward the definition of open and distributed platform-oriented environments. The article also addresses this work program, the intermediate results, and the expected outcome of this continued effort on the standardization of IN management     

智能网的管理及其与TMN的关系

智能网是８０年代中期出现的一种新型网络，因其能够快速灵活的在网络中引入新业务而得以迅速发展，并成为未来电信网的方向。电网管理网作为现代电信网的有效管理手段，必须对智能网的发展产生巨大影响，而智能网的发展也将使ＴＭＮ的管理功能更加完善。本文将首先介绍智能网的管理要求，然后从网络管理的角度探讨其与ＴＭＮ的相互关系。     

TMN and new network architectures

The impact of telecommunication management network (TMN) concepts when applied to the management of newly emerging network architectures is illustrated using the example of intelligent networks (INs). An in-depth comparison of TMN and IN architectural aspects leads to a number of conclusions showing a significant degree of commonality between the two networks. The IN is analyzed as a telecommunication network architecture aimed at reducing service creation and modification development costs and delays. This approach unifies the processing techniques for a number of highly diversified network services. Similarly, the TMN, which covers a wide range of management resources organized into a unique architecture, tends to unify operation, administration, and maintenance (OAM) for complex and evolving communication networks, despite their highly diverse network components     

Applying the IN-service life cycle process to UPT

The authors describe the implementation of UPT using an integrated IN service life cycle process. To achieve the full potential of IN, operating companies must establish a process similar to the processes used by switch manufacturers in developing traditional services. The operating companies' OAM infrastructure may be modernized using the framework described. Properly structuring service life cycle processes will result in an efficient exchange of management information and an increase in the flexibility of the network, and will enable the evolution of IN technologies and IN-based services     

基于TMN的智能网网络管理

随着电信技术和业务的迅猛发展，智能网新业务不断投入运营，大量的ＩＮ设备进入了电信网络，因此迫切需要与之相拳ＩＮ网络管理技术。本文重点讨论了如何将计算机和电信方法用于ＩＮ的网络管理，并根据电信管理网络的结构和协议来实现ＩＮ的网络管理。     

Intelligent network evolution issues

The exchange telephone industry has developed a concept of future intelligent network characteristics that is gaining widespread acceptance. The concept is characterized by a service-independent architecture, integrated operations and service management systems, and programmable network entities. The full realization of this vision will require major advancements in the control software and signaling capabilities of existing network elements and operations systems, as well as the development of entirely new systems. Evolutionary strategies are discussed that can move the embedded network toward the ultimate goal and begin to achieve many of the benefits of the future vision in the near term. In particular, an intermediate intelligent network architecture called IN/1+, which could be implemented by 1991, is presented. IN/1+ is focused on circuit-switched capabilities and provides a significant movement toward the intended IN/2 architecture with a reasonable commitment of industry resources     

A middleware service for employing and evaluating resource management algorithms in distributed networks

The first part of this paper introduces the design of a middleware‐based service which is valuable for distributed networks for mainly managing their resources. The second part evaluates the performance of a distributed intelligent network (D‐IN), which comprises the proposed service together with a resource management algorithm. We test the network's performance by building and emulating its basic functionality, based on distributed object technology (DOT), in a real environment. The resource management algorithm mainly aims at avoiding congestion and balancing load. Its implementation uses the ICALB algorithm (Comput. Commun. 2002; 25 (17):1548–1556) model. Its incorporation is succeeded through the use and implementation of the distributed middleware‐based service. It is a CORBA‐based service that is used for successfully managing resource management algorithms, such as ICALB, facilitate their operation, and solving classes of problems related to communications over the distributed network, sharing of resources spread over the network, scheduling, synchronization, and management of various tasks. By this means we argue that the method that we use can be employed for operating in various distributed networks. We also evaluate the network's performance by measuring various D‐IN node parameters with critical meaning and by showing the improvements that appeared to the D‐IN from the operation of both the ICALB algorithm and the proposed service. Copyright © 2005 John Wiley & Sons, Ltd.     

Personal communications services through the evolution of fixed andmobile communications and the intelligent network concept

New telecommunications services tend to consider fixed network subscribers' requirements as well as mobile network subscribers' requirements. On one hand, subscribers of fixed networks would like to benefit from the mobility offered in mobile networks. On the other hand, mobile subscribers would like to access to services inherent in fixed networks. Personal communications services (PCS) meet this trend while allowing fixed and mobile convergence. In this environment, the application of intelligent networks (INs) to fixed and mobile networks is very convenient to realize PCS. Thus, the natural advancement of telecommunications systems (fixed and mobile) consists in the definition of new telecommunications architectures which take into account technologies from both fixed and mobile environments. This article studies how the IN is used to support mobility and interworking for PCS. Although mobility management already exists in cellular networks like GSM, it is desirable to use the IN concept to introduce flexibility. In addition, the IN allows the introduction of new supplementary services in PCS. Furthermore, the IN concept can be utilized to provide necessary networking functions for the integration of fixed and mobile networks. This article also highlights the involvement of IN in the definition of the global communications systems such as Telecommunication Information Networking Architecture (TINA), Universal Mobile Telecommunications System (UMTS), and International Mobile Telecommunications in the year 2000 (IMT2000)     

法国电信经营管理经验浅谈

本文根据中国电信经营考察团１９９５年底赴法国考察的内容，概述了法国电信的管理体制与经营状况，以及在大客户的管理与服务、基础网结构、智能网和ＩＳＤＮ业务的发展等方面的做法和经验，以期有关运营部门参考。