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Switchable-Rate Error Control Coding for HF-IP Systems

Research output: Contribution in Book/Report/Proceedings - With ISBN/ISSN › Conference contribution/Paper › peer-review

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Switchable-Rate Error Control Coding for HF-IP Systems. / Kariyawasam Katukolihe Ga, Sharadha; Momahed Heravi, Behzad; Honary, Bahram et al.
Ionospheric radio Systems and Techniques, 2009. (IRST 2009). The Institution of Engineering and Technology 11th International Conference on. Edinburgh: IET Press, 2009. p. 132–136.

Research output: Contribution in Book/Report/Proceedings - With ISBN/ISSN › Conference contribution/Paper › peer-review

Harvard

Kariyawasam Katukolihe Ga, S, Momahed Heravi, B, Honary, B & Vongas, G 2009, Switchable-Rate Error Control Coding for HF-IP Systems. in Ionospheric radio Systems and Techniques, 2009. (IRST 2009). The Institution of Engineering and Technology 11th International Conference on. IET Press, Edinburgh, pp. 132–136. <http://ieeexplore.ieee.org/xpl/articleDetails.jsp?tp=&arnumber=5235581>

APA

Kariyawasam Katukolihe Ga, S., Momahed Heravi, B., Honary, B., & Vongas, G. (2009). Switchable-Rate Error Control Coding for HF-IP Systems. In Ionospheric radio Systems and Techniques, 2009. (IRST 2009). The Institution of Engineering and Technology 11th International Conference on (pp. 132–136). IET Press. http://ieeexplore.ieee.org/xpl/articleDetails.jsp?tp=&arnumber=5235581

Vancouver

Kariyawasam Katukolihe Ga S, Momahed Heravi B, Honary B, Vongas G. Switchable-Rate Error Control Coding for HF-IP Systems. In Ionospheric radio Systems and Techniques, 2009. (IRST 2009). The Institution of Engineering and Technology 11th International Conference on. Edinburgh: IET Press. 2009. p. 132–136

Author

Kariyawasam Katukolihe Ga, Sharadha ; Momahed Heravi, Behzad ; Honary, Bahram et al. / Switchable-Rate Error Control Coding for HF-IP Systems. Ionospheric radio Systems and Techniques, 2009. (IRST 2009). The Institution of Engineering and Technology 11th International Conference on. Edinburgh : IET Press, 2009. pp. 132–136

Bibtex

@inproceedings{bd60d62847a243e1940e457f681e0f56,
title = "Switchable-Rate Error Control Coding for HF-IP Systems",
abstract = "This paper provides analysis of high performance forward error control (FEC) coding scheme suitable for next generation HF-IP systems, which can be used as an optional scheme according to the requirements of the application. Present HF-IP systems comply with NATO STANAG 4539 Physical layer standards which use convolutional encoding for forward error protection and correction. The FEC that has been proposed in this paper is a class of quasi cyclic Low Density Parity Check (LDPC) coding scheme suitable for HFIP systems. Additive groups of Finite Fields have been used to construct short-length structured LDPC codes with 4 different rates suitable for different HF channel conditions. The codes have been simulated with ITU-R F1487 HF channel model [1] for performance analysis with different conditions and latitudes.",
keywords = "Finite Fields , HF Channel, ITU-R 1487, Quasi-Cyclic LDPC",
author = "{Kariyawasam Katukolihe Ga}, Sharadha and {Momahed Heravi}, Behzad and Bahram Honary and G. Vongas",
year = "2009",
month = apr,
language = "English",
isbn = "978-1-84919-123-4",
pages = "132–136",
booktitle = "Ionospheric radio Systems and Techniques, 2009. (IRST 2009). The Institution of Engineering and Technology 11th International Conference on",
publisher = "IET Press",

}

RIS

TY - GEN

T1 - Switchable-Rate Error Control Coding for HF-IP Systems

AU - Kariyawasam Katukolihe Ga, Sharadha

AU - Momahed Heravi, Behzad

AU - Honary, Bahram

AU - Vongas, G.

PY - 2009/4

Y1 - 2009/4

N2 - This paper provides analysis of high performance forward error control (FEC) coding scheme suitable for next generation HF-IP systems, which can be used as an optional scheme according to the requirements of the application. Present HF-IP systems comply with NATO STANAG 4539 Physical layer standards which use convolutional encoding for forward error protection and correction. The FEC that has been proposed in this paper is a class of quasi cyclic Low Density Parity Check (LDPC) coding scheme suitable for HFIP systems. Additive groups of Finite Fields have been used to construct short-length structured LDPC codes with 4 different rates suitable for different HF channel conditions. The codes have been simulated with ITU-R F1487 HF channel model [1] for performance analysis with different conditions and latitudes.

AB - This paper provides analysis of high performance forward error control (FEC) coding scheme suitable for next generation HF-IP systems, which can be used as an optional scheme according to the requirements of the application. Present HF-IP systems comply with NATO STANAG 4539 Physical layer standards which use convolutional encoding for forward error protection and correction. The FEC that has been proposed in this paper is a class of quasi cyclic Low Density Parity Check (LDPC) coding scheme suitable for HFIP systems. Additive groups of Finite Fields have been used to construct short-length structured LDPC codes with 4 different rates suitable for different HF channel conditions. The codes have been simulated with ITU-R F1487 HF channel model [1] for performance analysis with different conditions and latitudes.

KW - Finite Fields

KW - HF Channel

KW - ITU-R 1487

KW - Quasi-Cyclic LDPC

M3 - Conference contribution/Paper

SN - 978-1-84919-123-4

SP - 132

EP - 136

BT - Ionospheric radio Systems and Techniques, 2009. (IRST 2009). The Institution of Engineering and Technology 11th International Conference on

PB - IET Press

CY - Edinburgh

ER -