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Heat exchanger modeling using NARX model with binary PSO-based structure selection method

机译:基于二元PSO的结构选择方法使用Narx模型进行热交换器建模

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This paper explores the application of Non-Linear Autoregressive Model with Exogenous Inputs (NARX) system identification of heat exchanger system. Model structure selection was performed using the Binary Particle Swarm Optimization (BPSO) algorithm. The application of BPSO for model structure selection represents each particle's position as binary values, which were used to select a set of regressors from the regressor matrix. Parameter estimation was then performed using Householder-based QR factorization method. Tests performed on the heat exchanger system defined the model with a maximum lag of five, while fulfilling all model validation criterions.
机译:本文探讨了非线性自回归模型与热交换器系统外源输入(NARX)系统识别的应用。使用二进制粒子群优化(BPSO)算法进行模型结构选择。 BPSO用于模型结构选择的应用代表每个粒子的位置作为二进制值,用于从回归矩阵中选择一组回归器。然后使用基于Homeer的QR因子化方法进行参数估计。在热交换器系统上执行的测试定义了具有五个最大滞后的模型,同时满足所有模型验证标准。

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