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SUBSPACE IDENTIFICATION AS MULTI-STEP PREDICTIONS OPTIMIZATION

机译:子空间识别作为多步预测优化

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We will show that apparently complicated and not easy to understand expressions with geometrical projections appearing in the algorithms of subspace identification for linear state space models, can be quite simply derived from optimizing these models for multi-step predictions on measured data samples using least squares. Furthermore we will show the advantages which brings the use of multi-step predictions instead of single-step predictions arising from regression methods.
机译:我们将显示,在线性状态空间模型的子空间识别算法中出现的带有几何投影的表面复杂且显然不易理解的表达式,可以通过使用最小二乘法对这些模型进行多步预测以对测得的数据样本进行多步预测来优化,从而非常简单地得出。此外,我们将展示优点,它带来了使用多步预测而不是回归方法产生的单步预测的优点。

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