We have developed an advanced detection approach with parity-check (PC) codes and post-processing for optical recording channels. In seeking the advanced detection approach, we investigated different types of PC codes, existing as well as new. We developed a novel remedy scheme to minimize the miscorrection of error events that are split across codeword boundaries. Simulation shows that the performance of the developed PC codes approaches the corresponding bit-error-rate bounds, at both nominal density and high density. Index Terms—Cyclic redundancy check (CRC) codes, matched-filtering type post-processor, parity-check codes. I
Abstract—This paper evaluates two-dimensional turbo product codes based on single-parity check codes...
Low-density parity check (LDPC) codes have experienced tremendous popularity due to their capacity-a...
Many communication systems are poorly modelled by the standard channels assumed in the information t...
We have developed an advanced detection approach with parity-check (PC) codes and post-processing fo...
The increasing demand for high-density and high-speed digital optical recording systems has made the...
This paper proposes a general and systematic code design method to efficiently combine constrained c...
Abstract — This paper proposes a general and systematic way to efficiently combine constrained codes...
We derive performance bounds on bit error rates and error event probabilities for optical recording ...
In data storage systems, the error correction code (ECC) failure rate (EFR) serves as the ultimate m...
We propose an advanced detection approach based on capacity-approaching constrained parity-check cod...
Abstract—In this paper, we compare performance of three classes of forward error correction schemes ...
Low-density parity-check (LDPC) codes are linear block codes. It is called low density parity check ...
Abstract—This paper is concerned with investigating the performance of regular and irregular, random...
Abstract—This paper evaluates two-dimensional turbo product codes based on single-parity check codes...
Low-density parity check (LDPC) codes have experienced tremendous popularity due to their capacity-a...
Many communication systems are poorly modelled by the standard channels assumed in the information t...
We have developed an advanced detection approach with parity-check (PC) codes and post-processing fo...
The increasing demand for high-density and high-speed digital optical recording systems has made the...
This paper proposes a general and systematic code design method to efficiently combine constrained c...
Abstract — This paper proposes a general and systematic way to efficiently combine constrained codes...
We derive performance bounds on bit error rates and error event probabilities for optical recording ...
In data storage systems, the error correction code (ECC) failure rate (EFR) serves as the ultimate m...
We propose an advanced detection approach based on capacity-approaching constrained parity-check cod...
Abstract—In this paper, we compare performance of three classes of forward error correction schemes ...
Low-density parity-check (LDPC) codes are linear block codes. It is called low density parity check ...
Abstract—This paper is concerned with investigating the performance of regular and irregular, random...
Abstract—This paper evaluates two-dimensional turbo product codes based on single-parity check codes...
Low-density parity check (LDPC) codes have experienced tremendous popularity due to their capacity-a...
Many communication systems are poorly modelled by the standard channels assumed in the information t...