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| Title | An Accurate Density Evolution Analysis for a Finite - State Markov Channel (in Japanese) |
|---|---|
| Authors | Naoto KOBAYASHI 、Toshiyasu MATSUSHIMA 、Shigeichi HIRASAWA |
| Released Year | 2008 |
| Format | International Conference |
| Category | Channel coding |
| Jounal Name | Proceedings of Pre-ICM International Convention on Mathematical Sciences |
| Jounal Page | pp. 114-115, Delhi, India |
| Published Year | 2008 |
| Published Month | 12 |
| Abstract （English） |
In this paper, we consider density evolution analyses of low-density parity-check (LDPC) codes for a finite-state markov channel (FSMC). Since operations in the subgraph corresponding to the estimation process do not satisfy symmetry conditions, all densities involved in each value of the channel state should be kept track. To avoid the complexity to compute plural pdfs, only one pdf involved in the channel state is computed exploiting marginalization operations. We suppose that this approach is not accurate enough to track the estimation process of the joint estimation-decoding. In this paper, we present a procedure of the density evolution analysis of LDPC codes for an FSMC of which all densities involved in each value of the channel state are kept track. |
| Note （English） |
1 |
| Manuscript | |
| Presentation |
Involved Papers
- A Note on Transmission Schemes with Unequal Error Protection Codes and a Feedback Channel
- Error Correcting Codes using plural LDPC codes and Interleaving for a Finite-State Markov Channel (in Japanese)
- An Accurate Density Evolution Analysis for a Finite - State Markov Channel
- A Note on Error Correction Schemes using LDPC codes with a High-Capacity Feedback Channel
- A Note on Error Correction Schemes with a Feedback Channel
- Transformation of a Parity-check Matrix for a Message-passing Algorithm over the BEC
