Abstract
An iterative method for bilinear systems identification by means of Walsh functions is presented. The precision of estimation can be fairly improved by this modified method. Various input signals used for identification are compared. It is verified by digital simulation that this method is efficient not only for deterministic bilinear systems, but also for cases with a certain noise-to-signal ratio. The application of this method to a real heat-exchanger identification demonstrates that this method is feasible for practical industrial processes.
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