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COMPARISON BETWEEN STANDARD PLS, RLS, AND UNBIASED PLS

机译:标准PLS,RLS和非偏见PLS之间的比较

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Partial Least Squares algorithm (PLS) is widely used in chemometric studies and increasingly in process engineering applications. For process problems, PLS is typically used as a dynamic modeling technique. Unfortunately, traditional PLS identification techniques will typically produce a model that is biased in its regression parameters. In this article, an effective unbiased recursive PLS algorithm is proposed to address this problem. This paper provides a comparative study, using simulated data, to illustrate the potential benefits of the proposed approach.
机译:局部最小二乘算法(PLS)广泛用于化学计量研究,越来越多地用于工艺工程应用。对于处理问题,PLS通常用作动态建模技术。不幸的是,传统的PLS识别技术通常会产生在其回归参数中偏置的模型。在本文中,提出了一种有效的非偏见递归PLS算法来解决这个问题。本文提供了使用模拟数据的比较研究,以说明所提出的方法的潜在益处。

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