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Erschienen in:
2019 | OriginalPaper | Buchkapitel
Self-Outer-Recognition of OpenFlow Mesh in Cases of Multiple Faults
verfasst von : Minoru Uehara
Erschienen in: Advances in Network-Based Information Systems
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Abstract
Recently, renewable systems have received increasing attention. We propose a metabolic architecture that is suitable for the construction of renewable systems. A metabolic architecture-based system is one that can exchange all of its elements dynamically, similar to a multicellular organism. In this way, the system not only maintains homeostasis, but also adapts to environmental changes. We are developing OpenFlow Mesh as a system based on a metabolic architecture. OpenFlow Mesh is a 2 + 1D mesh of OpenFlow switches that recognizes the outer shape, i.e., physical allocations of elements, on the basis of the network structure. Previously, we proposed a propagation-based method for determining the outer shape in the case of single faults. In this paper, we describe a method that can determine the outer shape in the case of multiple faults.