Controller design of multi-variables fuzzy control systems
Control Conference（2012）
摘要
This paper presents the analysis and design of multi-variables fuzzy logic controller (FLC) based on the semi-tensor product of matrices. Firstly, based on the semi-tensor product of matrices, we introduce one new expression of fuzzy control rules of multi-variables FLC, which is very convenient in logic inference. Secondly, we develop fuzzy reasoning by constructing fuzzy structure matrices, and obtain a reasonable set of least in-degree control rules while the control rules are not enough. Finally, this approach is applied to design fuzzy controller based energy management and control strategy for parallel hybrid vehicles (PHV).
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关键词
fuzzy reasoning,structure matrix,parallel hybrid vehicles,logic inference,fuzzy structure matrices,multi-variables,energy management,semi-tensor product,control system synthesis,semitensor matrix product,hybrid electric vehicles,fuzzy control,fuzzy control rules,least in-degree control rules,control strategy,multivariable control systems,multivariable fuzzy control system,energy management systems,multivariable fuzzy logic controller design,multivariable flc,tensors,pragmatics,fuzzy logic,system on a chip,vectors
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