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Emergent Distributed Bio-organization: A Framework for Achieving Emergent Properties in Unstructured Distributed Systems

机译:新兴的分布式生物组织:在非结构化分布式系统中实现新兴特性的框架

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Distributed systems are particularly well suited to hosting emergent phenomena, especially when individual nodes possess a high degree of autonomy and the overall control tends to be decentralized. Introducing novel bio-inspired behaviours and interactions among individual nodes and the environment as a means of engineering desirable behaviours, could greatly assist with managing the complexity inherent to artificial distributed systems. The paper details the Emergent Distributed Bio-Organization (EDBO) as an abstract distributed system model aiming to engineer emergent properties at the macroscopic level. EDBO was designed to be suitable as a starting point in the design of a specific class of problems of real-world distributed systems. A thorough discussion justifies why the proposed bio-inspired properties planted into the model, could potentially allow for the desired behaviours to emerge.
机译:分布式系统特别适合于托管突发现象,特别是当单个节点拥有高度自治权并且总体控制趋于分散时。引入新颖的受生物启发的行为以及各个节点与环境之间的交互作为一种设计所需行为的方法,可以极大地帮助管理人工分布式系统固有的复杂性。本文详细介绍了紧急分布式生物组织(EDBO),它是一种抽象的分布式系统模型,旨在在宏观层面上设计新兴属性。 EDBO被设计为适合作为现实世界中分布式系统中特定类别问题设计的起点。全面的讨论证明了为什么将建议的生物启发特性植入模型中的原因可能会潜在地导致期望的行为出现。

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