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Neuro-Immune-Endocrine (NIE) Models for Emergency Services Interoperatibility

机译:应急服务互操作性的神经免疫内分泌(NIE)模型

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Highly dynamic, re-configurable hardware, embedded software and communication networks are becoming very significant in operation of various emergency services. The key challenge in designing such systems is to provide a framework for interoperability of emergency services in disaster situations. The goal of the paper is to provide an insight into modelling techniques for studying emergency services interoperability functions in system design to avoid hidden points of failures. Concepts of artificial Neuro-Immune-Endocrine (NIE) homeostatic models [21] [22] [24] for autonomous self-configuring and self-healing systems are discussed. The paper features examples of collaborative software agents' behaviour in hostile environments, cooperating protocols, smart embedded devices and pro-active infrastructures in various areas related to emergency services operations.
机译:在各种紧急服务的运行中,高度动态,可重新配置的硬件,嵌入式软件和通信网络变得非常重要。设计此类系统的主要挑战是为灾难情况下的紧急服务互操作性提供一个框架。本文的目的是提供对建模技术的了解,以研究系统设计中的紧急服务互操作性功能,从而避免出现隐藏的故障点。讨论了用于自主自我配置和自我修复系统的人工神经免疫内分泌(NIE)稳态模型的概念[21] [22] [24]。本文以协同软件代理在恶劣环境中的行为,协作协议,智能嵌入式设备以及与应急服务运营相关的各个领域中的主动基础结构为例。

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