一个新的集成网络管理体系结构

已存在的三个网络管理体系结构,基于Ｉｎｔｅｒｎｅｔ／ＳＮＭＰ,基于ＯＳＩ／ＴＭＮ的网络体系结构不能独立完成对计算机和电信网的综合管理。基于新出现的计算技术和ＴＭＮ的逻辑分层管理体系结构,提出了一个能够综合管理计算机网和电信网的集成网络管理体系结构,并分析此管理体系结构的特点。     

电信管理网

阐述了TMN的概念、管理功能和管理业务其及体系结构,并介绍了以我国TMN技术和标准为基础的综合电信管理网的建设情况。认为传统的电信管理网络已不适应现代电信网的管理要求,而由国际电信联盟——电信部(ITU-T)提出的,具有标准协议、接口和结构的电信管理网(TMN)将成为未来电信网管理的基础。     

A synchronous digital hierarchy network management system

The critical issues in multivendor environments and operation systems of telecommunication networks essential to speeding up the handling of service orders and service restoration after failures are discussed. To overcome these problems as the software backlog grows, the authors propose the application of a telecommunications management network (TMN) architecture together with an object-oriented network resource (ONR) model. The second phase of the synchronous digital hierarchy (SDH) network management system, which is based on the TMN architecture and ONR model, is examined     

Architecture for integrated telecommunication management platforms

Telecommunication management network (TMN) systems represent diverse telecommunication domains with wide-ranging functionality which frequently employ different technologies and produce isolated solutions. Yet as telecommunications become more sophisticated, there is a growing need for telecommunication management integration and interoperability. The authors present a general TMN computing-platform architecture which is flexible and powerful enough to support contrasting TMN management applications while facilitating integration. To validate the architecture, three diverse management applications were profiled based on components of the TMN platform architecture. Core infrastructure components, required by a broad range of TMN applications, are identified and examined and TMN-specific technology is highlighted     

Standardization of network technologies and services

Asatani (1994) reported on a variety of topics, including broadband aspects of ISDN (B-ISDN), intelligent network (IN), future public land mobile telecommunication systems (FPLMTS), and audiovisual multimedia services (AVMMS). With the exception of IN, the present report covers progress in those same areas, with a status report on telecommunication management network (TMN) and universal personal telecommunications (UPT). Fora and consortia which may influence standardizations on these topics and standardization activities related to information infrastructure (II) are also reported     

Management of the intelligent network

The authors describe the architecture and functions of the telecommunication management network (TMN). These functions comprise: alarm surveillance; status monitoring and control; performance monitoring; failure localization; testing; installation; provisioning; network operations and management; and billing. The application of open systems interconnection concepts to the TMN is examined     

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。     

北京电信网管系统的现状及发展建议

随着电信网规模的不断扩大，网管系统的地位日显重要本文介绍了北京网管系统的组成和各部分的基本功能，并在系统结构层次，管理综合化及向ＴＭＮ过渡策略方面对北京网管系统今后的发展提出了中肯的建议。     

Beyond IN and UPT-a personal communications support system based onTMN concepts

The vision for future telecommunications is often described by the slogan “information at any time, at any place, in any form”, driven by both society's increasing demand for “universal connectivity” and the technological progress in the area of mobile computing and personal communications. In order to realize this vision, the emerging concept of personal communications support (PCS), which includes support for personal mobility, service personalization, and advanced service interoperability, is becoming increasingly important since it allows users to configure their communications environment in accordance with their individual needs, thereby providing them with controlled access to telecommunication services, regardless of their current location, terminal and network capabilities. This paper provides an overview of a personal communications support system (PCSS). The PCSS represents a platform providing advanced PCS capabilities in a uniform way to numerous communication applications in distributed multimedia environments. From a functional perspective, the PCSS provides enhanced intelligent network (IN) and universal personal telecommunication (UPT) capabilities with respect to user addressing (based on logical names instead of numbers) and advanced user control capabilities. From a design perspective, the centralistic IN/UPT approach to the realization of service logic has been replaced by a highly distributable, object-oriented approach based on X.500/X.700/telecommunications management network (TMN) concepts. This paper addresses the basic aspects of the PCSS, including design criteria, system architecture, supported applications, and evolution issues     

多厂商网络环境下连接管理方式的分析与比较

分析比较了多厂商网络环境下连接管理的三种方式:基于TMN的方式,基于TINA的方式和基于移动代理的方式.     

面向对象技术在电信网络管理中的应用

电信管理网（ＴＭＮ）是未来电信网络管理的趋势，作为一门新兴计算机技术，面向对象技术广泛应用于ＴＭＮ之中，本文论述了在电信网络管理研究领域内，特别是在构造管理信息以及管理信息通信中面向对象技术的应用。     

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-based broadband ATM network management

ATM has rapidly transitioned from a standards and prototyping concept to become the next-generation switching technology used in products available on the market. With the rapid introduction of ATM switches into networks, there is an urgent need to manage them. The article discusses the telecommunication management network (TMN) interfaces being defined for management systems to communicate with ATM network elements (NEs) and other management systems. ATM management systems will have to communicate with ATM NEs in their jurisdiction using TMN interfaces. Networks will usually contain equipment from different suppliers. Thus, it is vital that there be standard management interfaces so that these different NEs can be managed. Some standard interfaces for ATM networks are defined, while others are being defined. The status of these interfaces is reviewed in the article. Communication between different networks is also needed, both between public networks and between public and private networks. Management personnel of one network need to exchange information with other networks for certain functions (e.g., initial service provisioning), and so management systems of different networks will exchange information through a combination of mechanized and manual interfaces. The status of these interfaces is also reviewed in the article     

TMN管理信息库技术的研究

网络管理信息库（ＭＩＢ）是ＴＭＮ的一个主要组成部分,本文对ＴＭＮ管理信息库技术进行了研究,并介绍了使用Ｓｕｎ公司的ＳＥＭ网络管理开发工具,对某移动网ＭＩＢ的开发情况。     

Implementing OSI agent/managers for TMN

The telecommunications management network (TMN) architecture defines a framework for the management of telecommunications networks and services. It is based on a set of TMN standards developed by the International Telecommunications Union (ITU-T), and is finding increased interest in the telecommunications industry, where rapid development of services and open architectures are in demand. Open systems interconnection (OSI) agent/managers as defined by the OSI systems management standards play a major role in the TMN architecture. However, the complexity of these standards, make the implementation of agent/managers and thus TMN systems a challenging task; methodologies and tools to ease the task of building agent/managers are needed. This article discusses the key difficulties in building OSI agent/managers and presents an architecture and a toolkit that can overcome them. The toolkit automates the generation of code that conforms to TMN and OSI standards, allowing the implementor to focus on the implementation of agent and manager specific components using the facilities provided by the toolkit     

电信网络标准化研究进展

电信网络标准很多。本文描述ＩＴＵ和有关的标准化组织近期开展的电信管理网络（ＴＭＮ）、宽带综合业务数字网（Ｂ－ＩＳＤＮ）、智能网（ＩＮ）、通用个人电信（ＵＰＴ）未来的公共陆上移动电信系统（ＦＰＬＭＴＳ）视听多媒体业务（ＡＶＭＭＳ）和全球信息基础结构（ＧⅡ）主要标准的研究进展情况。     

RACE telecommunications management network architecture

An implementation architecture for a telecommunications management network (TMN) suitable for the management of integrated broadband communications in the CEC RACE programme is described. The architecture is intended to support the future implementation of TMN systems within Europe and elsewhere. Having outlined some of the motivations for the development of a TMN architecture, the paper introduces the various functions associated with a TMN. An overview is given of the functional and physical views of the TMN. One of the major components of any network management system is the management information base. This is described in some detail because of its central role in the architecture. Finally a list of some of the open issues still remaining concludes the paper     

Automation and centralization of maintenance processes in St.Petersburg metropolitan transmission network

This paper describes the development and application of the automated maintenance system for transmission systems (AMS TS) in the St. Petersburg telephone network. The functional model and architecture of the AMS TS are consistent with the ITU recommendations for transmission systems including optical fiber transmission systems. This paper presents examples of facilities for different hierarchical levels of AMS TS. This paper also contains statistical data regarding tests of the system. The future development of the system and its integration with other maintenance systems within the telecommunication management network (TMN) is described     

The intelligent network concept

The intelligent network (IN) concept evolved from the networks which are planned or in existence in 1988 to provide network services such as the 800 service. The IN architecture will require an expansion of the capabilities which recognize the need for specialized processing and formulate a query to a database system. The expanded capabilities, along with an expected increase in the number of calls requiring special processing, place greater demands on system resources. The distributed nature of service implementation, along with the complex interactions among services, requires advanced, highly efficient operations. The authors describe the IN architecture and the process of creating a service in that environment. An illustrative example is include