One of the problems that cause a decrease in the performance of the ultra-high bit-patterned
magnetic recording (BPMR) system is track misregistration (TMR). Since the gap between …

We consider a prospective island distribution of bit-patterned media recording (BPMR) that
consists of a hexagonal array called a staggered BPMR. Although the staggered BPMR can …

Recently, magnetic recording technology has been on the verge of reaching its recording
density limit. Two-dimensional (2-D) magnetic recording (TDMR) is expected to be a …

Continuously expanding the magnetic recording density results in unavoidable interferences
including intersymbol interference (ISI) and intertrack interference (ITI) that both critically …

In bit-patterned media recording (BPMR), data are modulated into the magnetic poles and
stored in the magnetic islands. Thus, to increase the areal density (AD) of the storage …

Currently, researchers have been developing new ultra-high density magnetic recording
technologies to meet the exponential growth of data storage demand. One of the main …

Bit-patterned media recording (BPMR) is proposed as a candidate for future magnetic data
storage to overcome superparamagnetism. The distance between magnetic islands in …

Heat assisted interlaced magnetic recording (HIMR) is a promising candidate for the next-
generation of magnetic recording technology to further increase the area density beyond …

In bit-patterned media recording (BPMR), the magnetic islands are adjusted closer together
to increase the areal density (AD). This makes the bit-error rate (BER) performance of BPMR …

One of the key problems facing the designer of data storage devices is how to handle the
exponential rise in demand for information storage. To enhance the storage capacity of bit …