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Analyzing the Impact of Quantum Size on the Accuracy and Performance of Cell-Devs Fire Models

机译:分析量子尺寸对Cell-Devs火模型的准确性和性能的影响

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Fire spreading is a phenomenon that has received much interest over the years. Because the analysis of fire spreading using mathematical models can be extremely challenging due to the various factors involved, researchers use modeling and simulation to study this problem. There are many fire spread models. However, many of them require long execution time, which reduces their usability. Quantization was proposed as a solution to deal with the long execution time problem. The primary goal of this research is to study the effect of quantum size on the accuracy and performance of Cell-DEVS fire-spread models, and to develop an improved version of existing Cell-DEVS fire-spread models.
机译:多年来,蔓延是一种备受关注的现象。由于涉及各种因素,因此使用数学模型对火势蔓延进行分析可能极具挑战性,因此研究人员使用建模和仿真来研究此问题。有许多消防蔓延模型。但是,它们中的许多需要较长的执行时间,这降低了它们的可用性。提出了量化作为解决长执行时间问题的解决方案。这项研究的主要目的是研究量子尺寸对Cell-DEVS扩火模型准确性和性能的影响,并开发现有Cell-DEVS扩火模型的改进版本。

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