In this article, we present a magnetic-head positioning system in hard disk drives (HDDs)
with a quadruple-stage actuator system. The quadruple-stage actuator system consists of a …

Sažetak In the present study, a novel neuro-controller is suggested for hard disk drive (HDD)
systems in addition to nonlinear dynamic systems using the Multifeedback-Layer Neural …

To improve positioning accuracy in a head-positioning control system for hard disk drives,
we have developed a triple-stage-actuator system on a spin-stand tester. In this system, the …

To decrease the seek time of hard disk drives (HDDs), we proposed a feedforward control
method by using a sampled-data polynomial based on a first-order hold (FOH). The …

The future of the cloud service is dependent on the hard disk drive (HDD) capacity growth
because demands for the data capacity in the cloud service are rapidly increasing. To solve …

A positioning control system for a magnetic head in hard disk drives (HDDs) is a sampled-
data control system that has a sampler and a hold. As a result, the control system has …

Abstract In the" Cloud Era", the data capacity of the hard disk drive (HDD) must grow to
develop the cloud. As a result, we must improve the positioning accuracy of the magnetic …

In this paper, we present a robust controller design method for a magnetic-head positioning
system in a hard disk drive (HDD) based on the H∞ control theory and the Robust Controller …

In a head-positioning system of hard disk drives, various mechanical resonances may
degrade performance or stability of the control system. In these mechanical resonances, a …

In this article, we propose a data-mining optimization method for a magnetic-head
positioning control system in the hard disk drive (HDD) against unexpected plant …