ie501895h_si_001.pdf (215.1 kB)
A KL/Subspace Modeling Method for Integrated Design and Control in Curing Processes
journal contribution
posted on 2014-09-17, 00:00 authored by Xin Jiang Lu, Ming Hui HuangIn
this Article, a data-driven modeling approach is proposed for
hybrid design/control variables in complex curing ovens. The coupling
influence of the design/control variables is first separated into
two subtasks: modeling respectively for the design-variable-dependent
basis function and the control-variable-dependent temporal model.
Each subtask only considers the nature of its corresponding variable
and does not interact with the other variable, which will be less
complex and more easily modeled. The original system is then reconstructed
by synthesizing these two submodels. The advantage of this proposed
method is that the well-developed design methods and control methods
can respectively handle the design-variable-related model and the
control-variable-related model, which will benefit to achieve the
desirable overall curing performance by integration of design and
control. Finally, the effectiveness of the proposed method is verified
by the modeling of an actual curing oven.