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Advanced Ensemble Learning Strategy Based Semi-supervised Soft Sensing Method

机译:基于高级集成学习策略的半监督软传感方法

摘要

The present disclosure provides a novel advanced ensemble learning strategy for soft sensor development with semi-supervised model. The main target of the soft sensor is to improve the prediction performance with a limited number of labeled data samples, under the ensemble learning framework. Firstly, in order to improve the prediction accuracy of sub-models for ensemble modeling, a novel sample selection mechanism is established to select the most significantly estimated data samples. Secondly, the Bagging method is employed to both of the labeled and selected data-set, and the two different kinds of datasets are matched based on the Dissimilarity (DISSIM) algorithm. As a result, the proposed method guarantees the diversity and accuracy of the sub-models which are two significant issues of the ensemble learning. In this work, the soft sensor is constructed upon the Gaussian Process Regression (GPR) model.
机译:本公开提供了一种用于具有半监督模型的软传感器开发的新颖的高级集成学习策略。在集成学习框架下,软传感器的主要目标是通过有限数量的标记数据样本来提高预测性能。首先,为了提高用于集成建模的子模型的预测精度,建立了一种新颖的样本选择机制来选择估计最显着的数据样本。其次,对标记的数据集和选定的数据集均采用Bagging方法,并基于Dissimity(DISSIM)算法对两种不同的数据集进行匹配。结果,所提出的方法保证了子模型的多样性和准确性,这是集成学习的两个重要问题。在这项工作中,软传感器是基于高斯过程回归(GPR)模型构建的。

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