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Hydrothermal scheduling using Modified Flower Pollination Algorithm: A parallel approach

机译:使用改进的花授粉算法进行水热调度:一种并行方法

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In this paper, a novel Parallelization technique of Modified Flower Pollination Algorithm (MFPA) is proposed to solve a practical non-linear optimization problem, that is, Short-term Hydro-Thermal scheduling (HTS). The proposed MFPA algorithm is experimented on two big, complicated multi-reservoir cascaded hydrothermal systems. The novel parallelization technique proposed is used to provide enough diversity in the crowds of swarms. Parallelization is a novel way to improve time consumption. However, in this work, Parallelization is used to increase the diversity in search space to improve convergence and search capability. Experimental results demonstrate the superior performance of the proposed algorithm.
机译:为了解决实际的非线性优化问题,即短期水热调度(HTS),提出了一种新的改进的花粉传粉算法(MFPA)并行化技术。所提出的MFPA算法在两个大型,复杂的多水库级联水热系统上进行了实验。提出的新颖并行化技术用于在大量人群中提供足够的多样性。并行化是一种减少时间消耗的新颖方法。但是,在这项工作中,并行化用于增加搜索空间的多样性,以提高收敛性和搜索能力。实验结果证明了该算法的优越性能。

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