Nonlinear transition shift (NLTS) produced by the interaction between transitions is a major
source of distortions in magnetic recording. NLTS must be reduced to realize higher density …

A 2-D write/read channel model, which can accurately capture the media, writer, and reader
characteristics, is proposed and investigated for very-high-density bit-patterned media …

To achieve higher magnetic recording areal densities, signal distortions caused by the
crosstalk among consecutive magnetized transitions that lead to nonlinear transition shifts …

A combination of a solution process and the control of the electric potential for magnetism
represents a new approach to operating spintronic devices with a highly controlled efficiency …

In shingled magnetic recording systems, a shingled writer is used to write narrow tracks by
overlapping the previous tracks, which also leads to severe inter-track interference, jitter …

This paper investigates 2-D media noise in shingled magnetic recording (SMR) systems.
The media noises caused by the overwriting of the next track and the residual information …

This paper proposes the fuzzy logic equaliser (FLE) for the detection of non‐linear
perpendicular magnetic recording (PMR) channels. The multi‐objective genetic algorithm …

The shingled magnetic recording (SMR) with exchange coupled composite (ECC) media is
a feasible method to achieve the areal density of multi-Tera-bit/in2. However, a rounded …

This work proposes the nonlinear detection scheme using an adaptive neuro-fuzzy
equalizer (NFE) for the nonlinear perpendicular magnetic recording (PMR) channels. Based …

Nonlinear distortions caused by partial erasure and nonlinear transition shifts interacting
with inter-symbol interference, are a major hindrance to data storage systems, since they …