In this paper, we present an overview of adaptive control by contrasting model‐based
approaches with data‐driven approaches. Indeed, we propose to classify adaptive …

This paper presents a new configuration of a linear control system that provides a superior
disturbance-rejection performance. The concept of equivalent input disturbance (EID) is …

Youla–Kucera parametrisation plays a very important role in adaptive active vibration control
and adaptive active noise control. This concerns both vibration and noise attenuation by …

Adaptive regulation is an important issue with a lot of potential for applications in active
suspension, active vibration control, disc drives control and active noise control. One of the …

Attenuation of vibration and noise constitutes a growing concern in today's human activities.
For more than 45 years, it was realized that passive attenuation of vibration and noise via …

This work is the second part of a survey devoted to disturbance observers that appeared in
the theory and practice of automatic control back in the mid-1960s. The first part of the …

This work is focused on the active vibration control of piezoelectric cantilever beam, where
an adaptive feedforward controller (AFC) is utilized to reject the vibration with unknown …

A new adaptive algorithm to compensate the unknown a priori multisinusoidal disturbance
affecting the plant state and the measured output was proposed. It was intended for the …

In recent years, adaptive schemes have been developed to reject sinusoidal disturbances
with unknown frequencies, phases, and amplitudes. However, the analysis methods …

In high-performance high-accuracy systems, the attenuation of vibrational disturbances is
essential. In this paper, we design and analyze a robust output-feedback adaptive control …