Novel parity-check code and post-processor for perpendicular recording channels

A novel constrained parity-check code with post-processing is presented in this paper for improving the bit error rate performance on perpendicular recording channels. The particular design of the parity-check code results in a post-processor, that is computationally much simpler than conventional p...

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Published in:The Ninth International Conference onCommunications Systems, 2004. ICCS 2004 pp. 495 - 499
Main Authors: Elidrissi, M.R., Mathew, G.
Format: Conference Proceeding
Language:English
Published: IEEE 2004
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Abstract A novel constrained parity-check code with post-processing is presented in this paper for improving the bit error rate performance on perpendicular recording channels. The particular design of the parity-check code results in a post-processor, that is computationally much simpler than conventional post-processors. We also examine the optimality of the post-processors used in current systems. The proposed constrained parity-check code results in about 4.2 dB coding gain, as seen from our analytical and simulation studies
AbstractList A novel constrained parity-check code with post-processing is presented in this paper for improving the bit error rate performance on perpendicular recording channels. The particular design of the parity-check code results in a post-processor, that is computationally much simpler than conventional post-processors. We also examine the optimality of the post-processors used in current systems. The proposed constrained parity-check code results in about 4.2 dB coding gain, as seen from our analytical and simulation studies
Author Elidrissi, M.R.
Mathew, G.
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  givenname: G.
  surname: Mathew
  fullname: Mathew, G.
  organization: Dept. of ECE, Nat. Univ. of Singapore
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Snippet A novel constrained parity-check code with post-processing is presented in this paper for improving the bit error rate performance on perpendicular recording...
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StartPage 495
SubjectTerms Detectors
Error correction codes
Event detection
Maximum likelihood detection
Memory
Modulation coding
Paramagnetic materials
Parity check codes
Perpendicular magnetic recording
Tiles
Title Novel parity-check code and post-processor for perpendicular recording channels
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