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The Application of Adaptive Tabu Search Algorithm and Averaging Model to the Optimal Controller Design of Buck Converters

Authors: A. Srikaew, K-N. Areerak, K-L. Areerak, T. Sopapirm

Abstract:

The paper presents the applications of artificial intelligence technique called adaptive tabu search to design the controller of a buck converter. The averaging model derived from the DQ and generalized state-space averaging methods is applied to simulate the system during a searching process. The simulations using such averaging model require the faster computational time compared with that of the full topology model from the software packages. The reported model is suitable for the work in the paper in which the repeating calculation is needed for searching the best solution. The results will show that the proposed design technique can provide the better output waveforms compared with those designed from the classical method.

Keywords: Modeling and simulation, adaptive tabu search, DQ method, Buck converter, generalized state-space averaging method

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1055875

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