Tensor Product-Based Model Transformation Technique Applied to Modeling Magnetic Levitation Systems

Results on Tensor Product-based Model Transformation of Magnetic Levitation Systems

“…A part of the results given in both [17] and the current paper represent a sample of the continuation of the fruitful cooperation with the team of the Óbuda University (Budapest, Hungary). The excellent scientific contributions and management activity of Prof. Imre J. Rudas are kindly acknowledged.…”

“…This method uses the high order singular value decomposition (HOSVD) technique in order to generate convex polytopic forms starting with the LPV models. In order to derivate a TPmodel uring the TPM technique the six steps with the diagram illustrated by Hedrea et al (2019) in [17] and detailed in the following paragraphs are used.…”

“…, which can be expressed as [3] where Un, S and  are expressed in (Baranyi et al, 2013) [3] and (Hedrea et al, 2019) [17].…”

“…This paper is an extended version of the paper (Hedrea et al, 2019) [17], where the derivation of a TP-based model (TPmodel) using TPM was recently proposed. The TPmodel is then tested and its validation is improved using two testing scenarios.…”

“…The topic at hand should be of interest to many engineers hoping to apply the TPmodel as a numerical modeling approach. The main contributions of this paper, which required restructuring in all sections including authors team, are pointed out as follows: the authors use the same main steps as the ones presented in [17] in order to obtain the TPmodel of the stabilized reduced order linearized model of a magnetic levitation system (referred to as stMaglev) and discussed in (Inteco, 2008) [18] and (Bojan-Dragos et al, 2018) [19]. However, the derived model is tested using four new testing scenarios.…”