新一代思特奇数据业务运营服务支撑系统方案

随着通信业务的不断发展,各种数据业务的广泛开展(IP电话、WAP、GPRS、短信、Internet等)．传统的BOSS系统已不能满足对数据业务的运营支撑。思特奇基于多年对移动新技术和市场的研究,不断完善了“移动——Internet”产品的主要功能。其中包括适应数据业务运营管理的新系统——思特奇数据业务运营服务支撑系统。该系统提供了在传统BOSS基础之上针对数据业务开展的全面解决方案,并在这种数据业务开展的同时又提供了新的业务服务手段,对传统业务手段进行了多方位的扩展。     

以VGOP为核心构建移动数据增值业务营销支撑系统

VGOP的核心作用即在数据业务支撑方面成为总协调、总枢纽,以实现对自有业务的统一管控、多业务融合调度、端到端的运营优化及业务营销支撑。在2008年度的增值业务工作会议上,中国移动集团公司就明确提出了"要尽快建立增值业务运营平台,提升深度运营的能力;整合现有平台,提高运营效率,实现客户数据的实时关联分析、实时营销、实时监控、产品优化分析、产品质量提升、业务能力互动等功能,实现跨平台的业务融合。"     

3G时代运营支撑系统方案

第三代移动通信系统(3G)的应用开始了一个移动新时代,移动宽带应用无所不在,内容也更加丰富多彩。与此同时,随着3G商用的不断深入,业务的快速发展使支撑系统的压力骤增,技术创新就成了缓解压力的利器。本文首先简单介绍业务运营支撑系统的现状,分析3G业务运营支撑系统面临的压力,阐述联通在3G支撑系统建设上的成果和创新,最后探讨3G业务运营支撑系统下一步方案规划。     

移动业务统一充值方案初探

在介绍充值卡系统架构的基础上,从智能网和运营支撑系统2个方面介绍了充值卡系统的现状,论述了移动业务统一充值方案,并从体系架构、投资规模、系统扩展性、实时性、接入方式等方面对基于智能网和运营支撑系统的2种充值方案进行了比较。     

浅析BSS对全业务运营的支撑

从全业务运营策略入手,阐述了全业务支撑重点需求,通过对现有BSS技术架构的分析,提出了全业务运营支撑技术方案。     

新一代电信业务运营支撑系统

为了在以客户为中心的市场环境及日益激烈的市场竞争中处于有利的地位,中国电信运营企业已经把建设高效、科学的业务运营支撑系统作为提高企业核心竞争力的重要措施。在对现有业务运营支撑系统建设现状进行客观分析的基础上,提出了新一代业务运营支撑系统的设计原则、总体结构和逻辑结构,简要介绍了南京联创公司的业务运营支撑系统解决方案及软件产品,并对部分关键技术的解决方案进行了详细说明。     

助力全业务运营开展 构建融合业务支撑系统

1前言 随着电信运营商重组的深化和全业务运营的逐步开展,对固网、移动融合业务运营的支撑是各电信运营商运营支撑系统面临的现实问题,如何统一管理客户数据、支持全面的营销管理、受理固网与移动捆绑业务、实现固刚与移动业务的快速开通等,都是新的运营支撑系统必须解决的问题。     

TD-SCDMA增强型网络优化方案的研究与设计

文章探讨了在3G网络环境下,移动TD-SCDMA网络数据业务运营所面临的新任务、新问题和新需求,提出了全方位的数据业务支撑方案,分析了方案架构与支撑策略,以提升运营效率,增强用户感知和用户的网络黏着度。     

中国移动与铁通联合运营的全业务支撑体系研究

全业务运营要求业务支撑系统实现全业务支撑,采用SOA技术架构对业务支撑系统进行改造。借助铁通多年来在该业务领域的运营经验,补齐中国移动在固话和宽带业务上的短板,建立一体化服务营销支撑体系,快速提升全业务运营的支撑能力。3G时代,中国移动面临严峻的全业务竞争格局,中国移动在现有移动业务的基础上,还可以运营固话、     

亚信为河南移动提供BOSS系统领先优势再巩固

日前,亚信公司宣布,与河南移动正式签署合同,基于亚信OpenBOSS解决方案为河南移动开发业务运营支撑系统,计划于奥运会举办前上线。系统建成后可以满足河南移动4000万计费用户话务量增长以及业务发展的要求．满足其对集团类业务、数据业务、奥运业务和其他新业务快速开发和上线的要求。     

Ethernet services over mobile WiMAX

Ethernet services represent a steadily growing portion of the fixed telecommunication market. To enable the provisioning of Ethernet services over IEEE 802.16e, the mobile WiMAX network architecture supports transparent Ethernet transport as an optional extension to the IP services architecture. Ethernet support is tightly aligned to the IP services network model, and leverages many data path and control plane functions from its IP sibling to keep the implementation and operation overhead low for the Ethernet extension. Mobile WiMAX provides IP services as well as Ethernet services over the same mobile access network. The intrinsic mobility support may create new deployment opportunities for Ethernet services. Initially, the Ethernet extension may be mostly used to realize wireless access for DSL networks based on the same network interfaces defined for the wired Ethernet-based DSL aggregation.     

Location-Based Services in Mobile Communication Infrastructures

Location- and context-based services form a new class of services, which supplement existing services in the mobile communication infrastructure. The paper describes shortly an architecture of systems supporting the new class of services; this architecture extends beyond those systems which have initially been introduced by support of centralized data bases (such as web servers) and by federation components providing search and mapping functions which are necessary for the full exploitation of the capabilities of such services. The concept is based on the existence of heterogeneous mobile and radio access networks. The question arises, among others, to what extent such services add to the network load and its performance, in particular the question of scalability. In this paper, an approach is outlined as a basis for future capacity planning and for the support of strategic decision making with respect to infrastructure investments.     

基于多Agent的移动信息服务支持系统

随着我国移动通信的迅猛发展 ,用户对于移动增值业务的需求越来越高。如何建立一个高效的移动增值业务服务支持系统 ,并保证移动增值业务的服务品质 ,是一个急需研究和解决的重要课题。本文针对这一问题 ,从系统体系结构的角度提出了一种多 Agent移动信息服务支持系统。该系统提供了可以高效地配置与管理信息类移动增值业务的系统解决方案 ,尤其适用于主动式高级信息服务类增值业务。这一系统结构适应性强、易扩展、易维护 ,并能够更好地支持对用户的个性化服务。该系统具有广泛的应用前景 ,对于未来 3G的增值业务具有一定的参考价值     

Compact multidimensional broadband wireless: the convergence of wireless mobile and access

Broadband wireless communications have gained increased interest during the last few years. This has been fuelled by a large demand on high-frequency utilization as well as a large number of users requiring simultaneous high-data-rate access for the applications of wireless mobile Internet and e-commerce. The convergence of wireless mobile and access will be the next storm in wireless communications, which will use a new network architecture to deliver broadband services in a more generic configuration to wireless customers, and support value-added services and emerging interactive multimedia communications. Large bandwidth, guaranteed quality of service, and ease of deployment coupled with the great advancements in semiconductor technologies make this converged wireless system a very attractive solution for broadband service delivery.     

移动分组业务迁移至IP承载网的方案研究

介绍了新型IP承载网的网络结构和接入模型,提出了一种可行的将现有移动分组业务从原IP网络迁移至新型IP承载网的方案,并保持迁移过程中全国各省移动分组业务稳定运行。     

Comparison of signaling loads for PCS systems

We present a comparison of the control signaling load of two vastly different architectures for providing personal communication services (PCSs). One architecture is based on current cellular networks. The other architecture, called the wireless distributed call processing architecture (WDCPA), distributes processing from the mobile switching centers and cell sites and executes new procedures for tracking mobile users and locating mobile users to deliver calls. We determine the signaling load generated within each system to support mobility management and call control based on standard assumptions about the operating parameters of a cellular network. Our results show that, when compared to current cellular systems, for simple single-connection services, WDCPA has marginally reduced cross-network signaling loads. For multiconnection calls, WDCPA incurs 35% less total signaling load for mobility management, has reduced cross-network signaling load for mobility management by up to 65%, and depending on the user model (e.g., data or telecommunication), has reduced total cross-network signaling load, including procedures for call/connection and mobility management, by up to 55% when compared to current cellular systems, while more flexibly supporting services     

Roam: A Scalable Replication System for Mobility

Nomadic users require replication to store copies of critical data on their mobile machines while disconnected or poorly connected. Existing replication services do not provide all classes of mobile users with the capabilities they require, which include: the ability for direct synchronization between any two replicas, support for large numbers of replicas, and detailed control over what files reside on their local (mobile) replica. Mobile users must adapt their behavior to match the level of service provided by today's replication systems, thereby hindering mobility and costing additional time, money, and systems management. Roam is a replication system designed to satisfy the requirements of the mobile user. Roam is based on the Ward Model, a replication architecture for mobile environments. Using the Ward Model and new distributed algorithms, Roam provides a scalable replication solution for the mobile user. We describe the motivation, design, and implementation of Roam and report its performance.     

基于SCWS的SIM卡门户网站的实现

根据国际电信市场的经验,要更有效地推广3G业务,移动运营商应采取与2G时代不同的全新的促销方法。SIM卡门户网站采用SCWS技术,将Internet、移动网络、移动服务器平台结合起来,使用手机上的浏览器,帮助用户发现并使用运营商的数据业务,引导最终用户购买该项数据业务。文中从业务分析入手,介绍了SCWS技术的SIM卡门户网站应用环境、工作流程、通信协议,为电信运营商、手机厂商和SIM卡供应商提供参考。     

UMTS-mobile communications beyond the year 2000: requirements,architecture and system options

To support the massive demand for mobile services third generation land mobile systems will be based on a new architecture concept and adaptive techniques. Moreover, these systems are expected to offer service quality comparable to that of fixed networks contemporary to their deployment. UMTS (universal mobile telecommunication system) is the developing pan-European concept for third generation mobile systems. The paper briefly overviews the requirements for and the emerging architecture of the UMTS as they appear at the transition between two RACE research phases and the beginning of dedicated standardisation activity in ETSI     

移动WiMAX无线技术研究

移动WiMAX作为移动和固定宽带网络融合的宽带无线解决方案,具有宽频无线接入技术和灵活的网络结构,在宽带移动网络的演进过程中必将发挥重要的作用。研究了移动WiMAX采用的无线技术,介绍了波束形成、空时编码和空间复用技术,分析了具有自适应MIMO转换技术的自适应智能天线系统,为了保证边缘用户的连接质量,引入了有别于传统频率复用技术的部分频率复用技术,最后简单介绍了移动WiMAX支持的多播和广播业务。