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Thermal Load Prediction by Various Hybrid Models Based on Different Artificial Intelligence Techniques

机译:基于不同人工智能技术的多种混合模型热负荷预测

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In order to enhance the accuracy of building load prediction. This paper proposed a hybrid model based on time-indexed autoregressive with exogenous meteorologically inputs (ARX) in which the coefficients are estimated through a second order weighted least squares support vector regression(LS-SVM). This model is combined with Support Vector Machine Regression (SVMR) developed with Particle Swarm Optimization (PSO) and Differential Evolution Algorithm (DE). Hybrid methods named PSO-LSSVM and DE-LSSVM, both meteorological and historical information into consideration fundamentally. These proposed methods are tested on a medium-sized office-building. As a result, the accuracy of hybrid prediction models has the better performance compared to that of other prediction methods in predicting Cooling load and Heating load.
机译:为了提高建筑物负荷预测的准确性。本文提出了一种基于时间索引的自回归与外生气象输入(ARX)的混合模型,其中系数是通过二阶加权最小二乘支持向量回归(LS-SVM)估计的。该模型与通过粒子群优化(PSO)和差分进化算法(DE)开发的支持向量机回归(SVMR)相结合。混合方法称为PSO-LSSVM和DE-LSSVM,从根本上考虑了气象和历史信息。这些建议的方法已在中型办公楼上进行了测试。结果,在预测冷负荷和热负荷方面,混合预测模型的准确性比其他预测方法具有更好的性能。

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