A formalism is presented which relates the intrinsic error rate of a digital recording channel
to measurable channel parameters: interpulse interactions and signal-to-noise ratio …

The loss transfer function of a magnetic recording channel can be readily measured, but
delay between writing and reading prevents simple measurement of the phase function. A …

A set of rules, equations and relations are given for the effects of coherent and statistical
noise on digital recorders. Simple formulas, intended for laboratory use, are given for the …

The extracted dipulse technique, or pseudorandom sequence method, provides a means for
the characterization and measurement of a variety of linear and nonlinear recording effects …

This paper presents a model that includes both signal dependent and signal independent
noises. A method for extracting statistics of the coefficients of the noise expansion from …

In designing a digital magnetic recording system, it is necessary to consider a large number
of parameters to produce optimum performance. Because of parameter interdependence …

Sensitivities of different run-length-limited coding and equalization/detection schemes to
channel response variations have been investigated. Channel variations considered are …

Performance evaluation of a new coding scheme for the peak detecting magnetic recording
channel - Magnetics, IEEE Transactions o Page 1 4804 - bi Modulation ai ~ t ) Receiver E …

An experimental comparison of the recording density limits of three coding methods was
performed to find the coding method most suitable for high density recording. We examined …

Presents a method for evaluating the performance of recording channels and codes for
systems with additive spectral Gaussian noise. Starting with a noise-whitened isolated …