Converged Multimedia Networks

本文探讨了如何通过融合网络来支持移动电话、固定电话、数据及宽带多媒体服务等内容。介绍了呼叫控制如何实现点对点的语音及多媒体通信,并概述了网络运营商可用的安全解决方案。

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Learn how to construct the converged networks of the future!

New technologies are re-writing the business cases and cost models upon which telephony has been based for years. The fast "always on" Broadband Internet is a key driver, pushing forward and enabling the delivery of multimedia applications in all types of networks.

Service Providers want to reduce costs by converging new IP Services, existing data services and traditional telephony services onto the same core network, placing expectations on network performance. Converged Multimedia Networks focuses on enabling the synergistic combination of voice, data and video on to one network and the new challenges this will present in telecommunications.

Converged Multimedia Networks:
*Demonstrates how to deploy converged networks to support mobile telephony, fixed telephony, data, and broadband multimedia services.
*Describes how call control enables peer-to-peer voice and multimedia communication.
*Overviews the security solutions available to the network operators.
*Covers the architectural and protocol developments needed to permit the NGN to interoperate with the PSTN, reviewing transmission, and signalling in depth.
*Introduces the IMS architecture, for all types of access.
*Illustrates how value Added Services are delivered and describes how the Session Initiation Protocol (SIP) has launched a new breed of native SIP applications.
*Explains Multi Protocol Label Switching (MPLS), showing its capabilities in the core and describes how IP traffic engineering can support end user QoS guarantees.
*Discusses how differentiated QoS can be implemented allowing multiple service offerings, avoiding over-provisioning, and maximising the operator's return on investment.

This text will be an invaluable resource for network planners, and network architects in the telecommunications industry. Advanced students and network engineers working for telecommunication operators and vendors will also find this to be an excellent technical guide to the topic


http://rapidshare.com/files/3241042/N0470025530.rar
### Converged Architecture 或 Converged Infrastructure 的定义 Converged architecture 和 converged infrastructure 是现代数据中心设计中的两种重要方法,旨在简化管理和提高效率。以下是它们的核心概念: #### Converged Architecture Converged architecture 将传统独立的 IT 组件(如计算、存储和网络)集成到一个单一的框架中[^3]。这种架构通过减少复杂性和提升资源利用率来优化性能。它不仅关注硬件层面上的整合,还涉及软件和服务层面的一体化管理。 #### Converged Infrastructure (CI) Converged infrastructure 进一步扩展了这一理念,具体指将服务器、存储设备以及网络交换机等组件预先配置成模块化的单元[^1]。这些单元可以作为一个整体被采购并快速部署至企业环境中。相比于单独购买各个部分再自行组装的方式,这种方法能够显著缩短上线时间并降低初期投资风险。 两者共同特点是强调紧密协作的不同子系统之间无缝衔接的重要性;不过,在实际应用当中,“convergence”的程度可以根据特定需求有所调整——从简单的资源共享直到完全自动化的运维流程都有可能实现。 此外值得注意的是新技术的发展也在不断推动着此类解决方案的进步。例如 NVMe-over-Fabrics 技术允许更高效的数据传输方式 [^2] ,而某些厂商提供的专用平台则利用高级算法来自我调节各项参数设置从而达到最佳状态 [^5] 。 ```python # Python 示例展示如何模拟简单收敛基础设施的状态报告功能 class CIStatusReporter: def __init__(self, compute_status="OK", storage_status="OK"): self.compute_status = compute_status self.storage_status = storage_status def get_report(self): return f"Compute Status:{self.compute_status}, Storage Status:{self.storage_status}" ci_reporter = CIStatusReporter() print(ci_reporter.get_report()) ```
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