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From Self-Organizing Mechanisms to Design Patterns to Engineering Self-Organizing Applications

机译:从自组织机制到设计模式再到工程自组织应用程序

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This tutorial will first review the main bio-inspired self-organizing mechanisms available from the literature, such as gradient, gossip, or digital pheromone, explaining the links and relationships between them. The talk will then present these mechanisms under the form of design patterns, detailing what problem they address and what solution they provide. The second part of this tutorial focuses on showing how an application can be designed and engineered taking into account these design patterns. We will present three different execution models: rule-based systems, fraglets and BIO-CORE and discuss how they accommodate the design patterns discuss in the first part. In particular we will expand on BIO-CORE, an execution model that provides basic bio-inspired mechanisms as built-in services and allows the system to execute several composed or top-level bio-inspired mechanism at the same time, all sharing the basic mechanisms implemented inside the core. Finally, we will present open challenges in the area of engineering self-organizing systems, regarding the use of basic design patterns as operators ready-to-use that applications and services can rely on.
机译:本教程将首先回顾文献中主要的受生物启发的自组织机制,例如梯度,八卦或数字信息素,并解释它们之间的联系和关系。然后,演讲将以设计模式的形式介绍这些机制,详细说明它们解决的问题以及提供的解决方案。本教程的第二部分重点介绍如何在考虑这些设计模式的情况下设计和设计应用程序。我们将介绍三种不同的执行模型:基于规则的系统,fraglet和BIO-CORE,并讨论它们如何适应第一部分中讨论的设计模式。特别是,我们将扩展执行模型BIO-CORE,该模型将基本的生物启发机制作为内置服务提供,并允许系统同时执行多个组合的或顶级的生物启发机制,所有这些都共享基本核心内部实现的机制。最后,我们将在工程自组织系统领域提出开放性挑战,涉及如何将基本设计模式用作操作员可以随时使用的应用程序和服务所依赖的基本设计模式。

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