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首页> 外文期刊>Journal of Scientific & Industrial Research >Hybridization of ALO and GOA for Combined Economic Emission Dispatch
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Hybridization of ALO and GOA for Combined Economic Emission Dispatch

机译:艾拉和果阿合并经济排放派遣的杂交

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A hybrid algorithm is presented for CEED problem with generation, emission and combustion of fuel & emission cost as an objective. The proposed algorithm is combined with both ant lion optimizer and grass hopper optimizations called as integrated ant lion grasshopper optimization algorithm (IALGOA). To find an optimal solution for a CEED, the IALGOA is proposed in this paper. The IALGOA performance is compared and analyzed with conventional hybrid algorithms like PSO, GSA and Adaptive Wind Driven Optimization (AWDO) under standard IEEE 30-bus test system. The presented numerical results explain IALGOA algorithm's excellent convergence characteristics.
机译:呈现混合算法,用于燃料和发射成本的产生,发射和燃烧作为目标。该算法与蚂蚁狮子优化器和草料斗优化相结合,称为蚂蚁狮蚂蚱优化算法(IalGoa)。为了找到一个CEED的最佳解决方案,本文提出了IALGOA。在标准IEEE 30-Bus测试系统下,使用常规混合算法(如PSO,GSA和自适应风驱动优化(AWDO)等传统混合算法进行比较和分析。呈现的数值结果解释了Ialgea算法的优异收敛特性。

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