RFID、移动计算助阵，无线技术再造物流信息

物流信息化建设作为行业信息化建设的冰山一角，为通信技术的延伸与融合提供了新思路。无线接入、RFID、移动计算等通信科技助阵，物流信息化依靠技术创新改造原有商业模式，竞争力凸现。     

2007惹的“惑”

2007年,随着传统IT巨头的介入,通信行业正在迎来真正的融合时代。此时,通信行业面对的是商业模式的变革以及产业链的洗牌,它将最终重新解构"通信"的定义,至于这个行业的未来面貌,还有赖于融合通信的进一步深入发展。     

双网融合可视电话业务模式分析与架构设计

基于多媒体电话的智能网关是数字家庭的一种优选解决方案,其承载业务从基础的可视通信业务,扩展到互动电视、多媒体娱乐服务、数字家居、远程监控、泛业务应用等增值业务,本文探讨其多赢的商业模式,提出双网融合(PSTN+ADSL/IP)通信及其应用方案,着眼于双网协作、融合,分析其特点与优势,并给出项目策略及技术线路,设计基于双网融合协作通信交换体系的业务服务架构及SaaS实现模式、多媒体可视电话媒体传播架构及P2P关键技术方案。     

网格技术在通信行业中的应用现状研究

本文通过对国际标准化组织、国内外主流运营商、制造商和著名IT企业对网格技术的关注度进行了全面的调研，总结了网格技术在通信行业中的应用研究状况，如网格技术对传统通信网络的冲击、设备形态影响、业务模式和商业模式的影响。最后结合移动网格和P2P技术，提出了一种面向服务的通信多网融合的演进思路。     

3G时代下的移动通信业的商业模式浅析

本文对3G时代带来的移动通信业商业模式的变更对通信企业带来的影响进行了简要分析,提出了通信企业应重点拓展移动内容服务,并加强产业链合作,以适应3G时代的移动通信业的全新商业模式的需要。     

统一通信与电信网络的协同发展研究——协同通信ECP

随着国内外政治、经济、文化和技术环境变化．将在三个主要方面影响多媒体通信和统一通信的发展：一是低碳经济、二是三网融合、三是物联网。以上三个层面的宏观环境变化．将在客户、技术、终端、商业模式等多方面极大影响多媒体通信和统一通信的推进和模式变革。     

思科：Anti—Botnet是中国之路

随着3G牌照的发放，我国的通信市场也发生了重大的变革，通信信息产业也开启了一个全新的阶段。有线网、无线网、广电网、互联网多种网络的融合加速；终端目益无线化、IP化、网络化；商业模式也不断地创新，这些都对网络和信息安全的管理工作，提出了前所未有的挑战。保障政府、企业以及个人用户的网络和信息安全，已经成为行业共同的历史责任和使命。     

我国手机电视商业模式对比与分析

手机电视作为3G时代通信运营商的增值服务业务逐步进入公众视野,三网融合的步伐也照亮了手机电视的市场前景。但手机电视一路走来的市场道路并不平坦,本文基于我国手机电视业务开展现状,重点对我国手机电视的商业模式进行了对比与分析,并给出总结和思考。     

浅析运营商综合承载网的建设

随着三网融合政策颁布以及无线4G无线网络牌照发放,各电信运营商都拥有了全业务牌照。以满足市场需求为导向、以客户为中心、以效益为目标,通过价值链合作提供话音、宽带接入、视频内容三重打包服务(Triple-play)服务将是未来各通信运营商主要商业模式。建立一张统一的综合业务IP承载网,满足各类业务承载的需求,是各通信运营商面临的主要课题。     

“运营支撑平台”将面临一次新的革命——谈谈智能管道和智能运营支撑平台

本文从科学技术进步、商业模式变化、客户需求导向等方面分析了通信信息业的飞跃,接下来从分析Apple公司的运营模式入手,指出电信运营商的智能化是其必经之路,并提出了智能管道的结构设想和实现机理,最后结合三网融合和智能管道提出新一代"智能运营支撑平台"的初步架构。     

融合通信的能力集探索

融合通信的应用场景无处不在,创新的模式层出不穷,运营商很难满足客户的个性化需求.但同时也可以看到融合通信的核心就是提供各类能力集,只要能力集设计合理就能符合各类应用的要求,融合通信能力集的基础是通信网络能力及扩展的各种业务能力,能力集的设计要从应用的角度出发.     

下一代广播电视网无线系统

基于下一代广播电视无线网（NGB-W）技术需求分析,文章给出了两种广播与双向通信融合的网络架构,讨论了下行广播传输、广播与通信融合数据推送、双向无线接入、频谱感知等方面涉及的关键技术,并探讨了NGB-W的应用前景。文章认为采用广播与双向通信融合网络,NGB-W系统可以充分利用超高频（UHF）频谱资源,根据各种信息业务的不同特点,有针对性地分配网络资源和频谱资源,选择最优传输方式,从而提高系统整体无线频谱利用率。     

电信运营商发展融合通信的战略思考

随着IT、互联网、通信三大领域的融合,传统通信萎缩,融合通信兴起。融合通信是基于IP系统、统一平台,面向各种终端和接入方式,集成各种通信功能、互联网应用的新型融合业务,正日益成为移动互联网的杀手级业务,IT软硬件厂商、互联网行业巨头、电信运营商与风险投资商纷纷布局市场以抢占先机。本文研究了融合通信的内涵与发展趋势,解析了各类市场主体的典型产品与发展思路,最后建议电信运营商顺应潮流、把握命运,以融合通信业务为基础,培育综合信息服务能力,打造数字化的人际交互网。     

Customer-engineer relationship management for coverged communications service providers

Thanks to the advent of converged communications services (often referred to as ‘triple play’), the next generation service engineer will need radically different skills, processes and tools from today’s counterpart. Why? In order to meet the challenges of installing and maintaining services based on multi-vendor software and hardware components in an IP-based network environment. The converged services environment is likely to be ’smart’ and support flexible and dynamic interoperability between appliances and computing devices. These radical changes in the working environment will inevitably force managers to rethink the role of service engineers in relation to customer relationship management. This paper aims to identify requirements for an information system to support converged communications service engineers with regard to customer-engineer relationship management. Furthermore, an architecture for such a system is proposed and how it meets these requirements is discussed.     

未来中国4G开放移动通信终端和网络接入架构

This paper relates to an advanced open mobile communication system and method of integrating the mobile communications, wireless access systems and wired communications into one common platform architecture for China＇s 4th generation mobile communications, supporting costeffective broadband voice, data and video services in wireless, mobile and wired environment with one single integrated mobile terminal device. The paper includes new architecture in the integrated mobile device and converged network access, and minimum modification in the existing mobile telecommunication infrastructures. This paper introduces the long-term evolution strategy for China＇s TDD system platform towards China＇s future 4G mobile communications.     

融合通信业务中XDM服务器高可用性的研究与实现

融合通信业务实现对语音、视频、数据和信息服务的融合,为客户提供了丰富的融合类业务.业务中其他服务器和终端都是通过XDM服务器接入并获取各自需要的数据,即XDM服务器是整个融合通信业务的基础,所以保证XDM服务器的高可用性是重中之重.本文首先介绍融合通信的组网方案,然后重点研究在该组网方案中,如何实现多个XDM服务器与终端、数据库、Presence Server的交互以及多个XDM服务器自身的交互以保证XDM服务器的高可用性.     

The 10 greatest communications inventions

This paper looks back at the 10 top end-user telecoms inventions that have changed the world forever. These inventions are cable communications, telephone, radio, television, satellite, fibre optics, mobile phone, Internet, wireless Internet, and converged devices     

Convergence of Hardware and Software in Platforms for Radio Technologies

Technologies used in wireless broadband systems are typically data-driven and require a very high processing speed. In this article we discuss technological issues that could be utilized in designing converged hardware/software platforms for future radio technologies in both civilian and military communications. We focus on current and future radio applications as well as hardware and software technologies, and discuss issues in integrating these technologies into converged single-processor radio platforms that can switch dynamically from one radio standard to another with intelligent application software, and that can also be taken advantage of as parts of complex systems and networks-on-chips     

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.     

Secure Personal Networks for IMT-Advanced Connectivity

The challenge to deliver the next generation of ubiquitous and converged network and service infrastructures for communication, computing and media, has forced research into innovative new directions. New infrastructures must overcome the scalability, flexibility, dependability and security bottlenecks of current ones in order to permit the emergence of dynamic and, pervasive and robust new communication technologies. This paper promotes secure personal networks (PNs) as a key IMT-Advanced technology candidate, in particular, contributing to fulfilling the requirement for global connectivity for IMT-Advanced communications. Advanced PN concepts, such as the PN-Federation can support a number of requirements related to connectivity for the successful adoption of IMT-Advanced systems and services. Introducing intelligence for managing, protecting, processing, and delivering information of mobile communication systems has been identified as the way towards ubiquitous, converged and secure communications. One way to do this is through cognition. This paper discusses an approach and application of intelligence in the context of achieving ubiquitous, converged, and secure communications. Namely, we apply cognitive radio to personal networks for improving IMT-Advanced system and service connectivity. Further, the paper provides an understanding of how best to combine cognition with the current mobile communication systems.