This paper develops a robust observer for a class of linear systems subject to unknown
signals, uncertainties, and disturbance output measurements for building structure systems …

Nowadays, the issue of reducing a structure's seismic responses has received much
attention. Accordingly, numerous advancements have been made in developing the most …

The present study aims to design a robust adaptive controller employed in the active tuned
mass damper (ATMD) system to overcome undesirable vibrations in multistory buildings …

The H∞ control method is one of the most widely used methods of robust control theory, in
which system stability can be guaranteed by using linear matrix inequalities (LMIs) and …

This paper presents a novel adaptive neurochaotic fuzzy control system based on type‐2
fuzzy systems to reduce seismic responses in multistory structures with active tuned mass …

Active feedback control systems confront with technical challenges when they are applied in
civil engineering structures for vibration mitigation; one of which is the potential instability …

Active control is an effective strategy for suppressing unwanted structural vibrations. The
uncertainties in computational models, actuator faults, and time delays in control forces are …

This paper addresses the problem of synthesizing an H∞ static output feedback controller
for linear parameter-varying (LPV) time delay systems subject to time-varying delay. The …

One of the major challenges in the real-time control of structures is the uncertainty in
identifying the mechanical properties of the system, including mass, stiffness, and damping …

Research Article Response Attenuation of a Structure Equipped with ATMD under Seismic
Excitations Using Methods of Online Simple Page 1 Research Article Response Attenuation of …