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Physical Rules Based Adaptive Neuro-Fuzzy Inferential Sensor Model Design and Analysis in Predicting the Indoor Temperature in Heating System

机译:基于物理规则的自适应神经模糊推理传感器模型设计与分析预测加热系统室内温度

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The previous research on adaptive neuro-fuzzy inferential systems (ANFIS) presented an approach to estimating the average indoor temperature in the building environment. However, the restriction on robustness limited the energy efficiency and indoor comfort ratio. An accurate and robust prediction model is proposed in this paper. Comparing to the previous unphysical rules based ANFIS prediction model, the improvement of the physical rules based ANFIS prediction model will be presented and the reason of better performance of this new model will be discussed. Three performance measures (RMSE, RMS, and R2) are using in evaluating the proposed prediction model.
机译:以前关于自适应神经模糊推理系统(ANFIS)的研究提出了一种估算建筑环境中平均室内温度的方法。然而,对鲁棒性的限制限制了能效和室内舒适度。本文提出了一种精确且鲁棒的预测模型。比较与先前的基于解的基于的ANFI预测模型,展示了基于物理规则的ANFI预测模型的改进,并且将讨论更好地性能的原因。三种性能措施(RMSE,RMS和R2)用于评估所提出的预测模型。

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