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01-Applied Mathematics & Information Sciences
An International Journal
               
 
 
 
 
 
 
 
 
 
 
 

Content
 

Volumes > Volume 5 > No. 5-2S

 
   

Sparse Kernel Learning-based Nonlinear Predictive Controllers

PP: 195S-201S
Author(s)
Yi Liu, Wei Wang,
Abstract
Both of deterministic and probabilistic sparse kernel learning (SKL) methods are effective for process modeling. Based on the SKL model with a polynomial kernel, a simple nonlinear control strategy is investigated. First, an SKL identification model is obtained using a polynomial kernel. Then, a predictive control performance index, which is characterized as an even-degree polynomial function of the manipulated input, is formulated. Consequently, the optimal manipulated input can be efficiently obtained by solving a simple root problem of an odd-degree polynomial equation because of its special structure. A comparative study on a benchmark problem shows its superiority to traditional controllers. Also, some attributes of the proposed control strategy can result in a practicable solution for real-time control.

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