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A Future-Proof Network Architecture

机译:未来的网络架构

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Extensibility is one of the key architectural considerations in developing a modern communications system. Today''s networks allow for extensions only within the context of strong assumptions about underlying invariants such as business models, protocol boundaries and application scenarios. The Ambient Networks project is developing an architecture which is proof against a much more uncertain future for fixed and mobile networks, where all such assumptions may break down in time. The goal is that an existing Ambient Network can adapt to a new scenario or incorporate a new type of function with minimal cost and disruption, and maximal re-use of deployed infrastructure. This paper describes the architecture with a focus on its two key extensibility mechanisms: a modular control space which allows the plug and play rearrangement of management and control functions, and a configurable user plane which provides enhanced data transport over a wide variety of connectivity infrastructures. Both mechanisms emphasise the definition of open interfaces and programmability via policy systems.
机译:可扩展是开发现代通信系统的关键架构考虑之一。今天的网络允许仅在关于业务模型,协议边界和应用方案等底层不变的强烈假设的上下文中扩展。环境网络项目正在开发一种架构,该架构是针对固定和移动网络的不确定未来的证明,所有这些假设可能及时分解。目标是,现有的环境网络可以适应新的场景或包含具有最小成本和中断的新类型功能,并最大地重复使用部署的基础架构。本文介绍了焦点对其两个关键可扩展机制的架构:模块化控制空间,它允许管理和控制功能的即插即用重排,以及可配置的用户平面,它提供了各种连接基础架构的增强数据传输。两种机制都强调了通过策略系统对开放接口和可编程性的定义。

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