Explicit application-network cross-layer optimisation

D. Pezaros, L. Mathy
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引用次数: 6

Abstract

The emergence of overlay network applications that rely on application-level decisions for many aspects of their operations (e.g. routing, content replication, etc) creates cross- layer interaction issues with ISP network operations. Indeed, the independent optimisation of a diverse set of objectives using layer-local information can lead to operational instability and sub-optimal resource usage. We argue that an explicit interaction between the application and network layers can provide benefits for each layer. We postulate that such cross-layer interaction must however fulfil two conditions to be pragmatic and acceptable: 1) no explicit information about the structure and operations of each layer must be ex-changed; 2) each layer must be able to independently set its own policies and objectives. Because we limit this interaction to application hosts and their access ISP, the proposed method is also incrementally deployable. We show, through evaluation of simple examples, that explicit cross-layer interaction does indeed bring performance benefits to all parties, for applications ranging from simple client-server to more complex overlay network scenarios.
显式的应用-网络跨层优化
覆盖网络应用程序的出现,依赖于其操作的许多方面的应用程序级决策(例如路由、内容复制等),造成了与ISP网络操作的跨层交互问题。事实上,使用层本地信息对一组不同的目标进行独立优化可能会导致操作不稳定和次优资源使用。我们认为,应用程序层和网络层之间的显式交互可以为每一层提供好处。然而,我们假设这种跨层交互必须满足两个条件才能是实用的和可接受的:1)关于每一层的结构和操作的明确信息必须不被交换;2)每一层必须能够独立制定自己的政策和目标。由于我们将这种交互限制为应用程序主机及其访问ISP,因此所建议的方法也是可增量部署的。通过对简单示例的评估,我们表明,对于从简单的客户机-服务器到更复杂的覆盖网络场景的应用程序,显式跨层交互确实为所有各方带来了性能优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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