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首页> 外文期刊>Journal of Cybernetics and Informatics >COMPARISON OF USING SIMPLE GENETIC ALGORITHM AND PARALLEL GENETIC ALGORITM IN HEAT TRANSFER MODEL OPTIMIZATION
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COMPARISON OF USING SIMPLE GENETIC ALGORITHM AND PARALLEL GENETIC ALGORITM IN HEAT TRANSFER MODEL OPTIMIZATION

机译:简单遗传算法与并行遗传算法在传热模型优化中的比较

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摘要

In this paper the comparison of using simple genetic algorithm and parallel genetic algorithm is presented. As the optimization problems the parameter setting of the heat transfer model of a building and the building’s model calibration were chosen. The model simulation requires huge computing capacity and it is time consuming. Therefore the pressure of simulation evaluations number is concerned and the use of parallelism is desirable. Genetic algorithms and parallelization were implemented in Matlab and the simulation of heat transfer model, which is the part of the fitness function, is performed in Comsol Multiphysics.
机译:本文对简单遗传算法与并行遗传算法的使用方法进行了比较。由于存在优化问题,因此选择了建筑物传热模型的参数设置和建筑物的模型校准。模型仿真需要巨大的计算能力,并且非常耗时。因此,关注仿真评估次数的压力,并且期望使用并行性。在Matlab中实现了遗传算法和并行化,并且在Comsol Multiphysics中对作为适应度函数一部分的传热模型进行了仿真。

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