Output feedback fixed-time control strategy for run-flat tires of electric vehicles
HAN Zhichao
LIU Yinglin
WANG Jiaming
SUN Zongyao
LIU Keli
ZHAO Junsheng
Abstract：This paper investigates the fixed-time control of run-flat tire for electric vehicle systems in elec-tric vehicles.In the control design,a fixed-time adaptive law is employed to eliminate external disturb-ances,while a linear input-driven filter is used to overcome the common limitation that all system states must be available for measurement.To further compensate for the uncertain dynamics due to observer er-rors,a robust adaptive term is incorporated into the proposed output feedback controller,constructing a new robust filtering approach to eliminate the constraint of requiring all system states to be measurable.Finally,numerical simulation examples verify the feasibility and effectiveness of the theoretical results.
Keywords：run-flat tire for electric vehiclefixed-timeoutput feedbackrobust adaptive
Publication Date：2026-04-25
Online Publishing Date：2026-08-28(First online date of this platform, not the publication date of the document)
Pages：12( 171-182 )