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Autonomic Healing for Service Specific Overlay Networks

机译:特定服务覆盖网络的自主修复

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Service Specific Overlay Networks (SSONs) have recently attracted a great interest, and have been extensively investigated in the context of multimedia delivery over the internet. SSONs are virtual networks constructed on top of the underlying network and they have been proposed to provide and improve services not provided by other traditional networks to the end users. The increased complexity and heterogeneity of these networks in addition to ever changing conditions in the network and the different types of fault that may occur make their control and management by human administrators more difficult. Therefore, self-healing concept was introduced to handle these changes and assuring highly reliable and dependable network system performance. Self-healing aims at ensuring that the service will continue to work regardless of defects that might occur in the network. This paper introduces literature in the area of self-healing overlay networks, presents their basic concepts, requirements, and architectures. In addition to that the authors present a proposed self-healing architecture for multimedia delivery services. Their proposed solution is oriented to discover new approaches for monitoring, diagnosing, and recovering of services; thus achieving self-healing.
机译:服务特定的覆盖网络(SSON)最近引起了极大的兴趣,并且已在Internet上的多媒体交付中进行了广泛的研究。 SSON是在基础网络之上构建的虚拟网络,已提出将其提供和改进其他传统网络无法提供给最终用户的服务。除了网络中不断变化的条件以及可能发生的不同类型的故障外,这些网络的复杂性和异构性也不断提高,使得人工管理员对其进行控制和管理更加困难。因此,引入了自我修复的概念来应对这些变化并确保高度可靠和可靠的网络系统性能。自我修复旨在确保该服务将继续运行,而不管网络中可能发生的缺陷如何。本文介绍了自我修复覆盖网络领域的文献,介绍了它们的基本概念,要求和体系结构。除此之外,作者还提出了一种针对多媒体交付服务的自愈架构。他们提出的解决方案旨在发现用于监视,诊断和恢复服务的新方法。从而实现自我修复。

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