基于仿真的生化事件管理智能解决方案的提出

V. Bureš, P. Čech, T. Otcenásková
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引用次数: 1

摘要

生物或化学事件的管理是一个具有挑战性和要求很高的问题,因为它包括若干复杂的活动和重要的决定。在农业或工业工厂发生事故的情况下,这些决定必须由通常没有受过此类培训的人员做出。从技术角度来看,已经应用和打算采用各种方法或原则,以计算机为基础支助生物或化学事件管理。然而,它们很少包含智能解决方案的原则,这些原则可以使决策更加精确和适当。本文提出了在多智能体NetLogo环境中创建的用于生物或化学事件管理的模型,并概述了通过智能解决方案元素扩展该模型的可能性。在此基础上,结合仿真模型的描述,对模型的参数化进行了说明,并指出了有待进一步研究的领域
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposal of Simulation-Based Management of Biological or Chemical Incidents as a Smart Solution
Management of biological or chemical incidents represents a challenging and demanding issue since it consists of several complex activities and important decisions. In case of accidents in agricultural or industrial mills or plants these decisions have to be made by personnel who are usually not primarily trained for such situations. From the technological perspective, various approaches or principles have been already applied and intended for computer-based support of biological or chemical incidents management. However, few of them incorporate principles of smart solutions which can make decisions even more precise and appropriate. This paper presents model utilizable for the management of biological or chemical incidents created in the multi-agent NetLogo environment and outlines possibilities of its extension by smart solution elements. Furthermore, together with the description of the simulation model, its parameterization is explained, and areas for further research are depicted
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