Forward Error Correction Control on AAL 5: FEC-SSCS

Kumiko KANAI; Keiji TSUNODA; Shigeo MATSUZAWA; Hiroshi ESAKI

Forward Error Correction Control on AAL 5: FEC-SSCS

Kumiko KANAI, Keiji TSUNODA, Shigeo MATSUZAWA, Hiroshi ESAKI

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A novel cell-level FEC (forward error correction) scheme at SSCS of AAL type 5 for error-free data transmission services in ATM networks is proposed and evaluated. In the proposed cell-level FEC scheme, both the length of user data (e. g. , IP packet) and attached redundant data can be modified based on sender's local decision without any end-to-end parameter re-negotiation procedure. The writing and reading order regarding an interleave matrix for cell-level FEC algorithm are the same, in order to perform pipelining data transmission. The prototype implementation with software processing achieves few Mbps end-to-end throughput. The end-to-end data transmission latency and the amount of retransmission packets due to packet error at the receiver entity are evaluated by computer simulation with correlated cell dropping process. Simulation results show that the benefits of cell-level FEC scheme for the error-free data transmission services, i. e. , by use of cell-level FEC scheme, the amount of retransmitted packets can be reduced, even if the average latency for end-to-end data transmission increases slightly.

Publication: IEICE TRANSACTIONS on Communications Vol.E81-B No.10 pp.1821-1830

Publication Date: 1998/10/25

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Category: Communication Networks and Services

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Kumiko KANAI, Keiji TSUNODA, Shigeo MATSUZAWA, Hiroshi ESAKI, "Forward Error Correction Control on AAL 5: FEC-SSCS" in IEICE TRANSACTIONS on Communications, vol. E81-B, no. 10, pp. 1821-1830, October 1998, doi: .
Abstract: A novel cell-level FEC (forward error correction) scheme at SSCS of AAL type 5 for error-free data transmission services in ATM networks is proposed and evaluated. In the proposed cell-level FEC scheme, both the length of user data (e. g. , IP packet) and attached redundant data can be modified based on sender's local decision without any end-to-end parameter re-negotiation procedure. The writing and reading order regarding an interleave matrix for cell-level FEC algorithm are the same, in order to perform pipelining data transmission. The prototype implementation with software processing achieves few Mbps end-to-end throughput. The end-to-end data transmission latency and the amount of retransmission packets due to packet error at the receiver entity are evaluated by computer simulation with correlated cell dropping process. Simulation results show that the benefits of cell-level FEC scheme for the error-free data transmission services, i. e. , by use of cell-level FEC scheme, the amount of retransmitted packets can be reduced, even if the average latency for end-to-end data transmission increases slightly.
URL: https://global.ieice.org/en_transactions/communications/10.1587/e81-b_10_1821/_p

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@ARTICLE{e81-b_10_1821,
author={Kumiko KANAI, Keiji TSUNODA, Shigeo MATSUZAWA, Hiroshi ESAKI, },
journal={IEICE TRANSACTIONS on Communications},
title={Forward Error Correction Control on AAL 5: FEC-SSCS},
year={1998},
volume={E81-B},
number={10},
pages={1821-1830},
abstract={A novel cell-level FEC (forward error correction) scheme at SSCS of AAL type 5 for error-free data transmission services in ATM networks is proposed and evaluated. In the proposed cell-level FEC scheme, both the length of user data (e. g. , IP packet) and attached redundant data can be modified based on sender's local decision without any end-to-end parameter re-negotiation procedure. The writing and reading order regarding an interleave matrix for cell-level FEC algorithm are the same, in order to perform pipelining data transmission. The prototype implementation with software processing achieves few Mbps end-to-end throughput. The end-to-end data transmission latency and the amount of retransmission packets due to packet error at the receiver entity are evaluated by computer simulation with correlated cell dropping process. Simulation results show that the benefits of cell-level FEC scheme for the error-free data transmission services, i. e. , by use of cell-level FEC scheme, the amount of retransmitted packets can be reduced, even if the average latency for end-to-end data transmission increases slightly.},
keywords={},
doi={},
ISSN={},
month={October},}

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TY - JOUR
TI - Forward Error Correction Control on AAL 5: FEC-SSCS
T2 - IEICE TRANSACTIONS on Communications
SP - 1821
EP - 1830
AU - Kumiko KANAI
AU - Keiji TSUNODA
AU - Shigeo MATSUZAWA
AU - Hiroshi ESAKI
PY - 1998
DO -
JO - IEICE TRANSACTIONS on Communications
SN -
VL - E81-B
IS - 10
JA - IEICE TRANSACTIONS on Communications
Y1 - October 1998
AB - A novel cell-level FEC (forward error correction) scheme at SSCS of AAL type 5 for error-free data transmission services in ATM networks is proposed and evaluated. In the proposed cell-level FEC scheme, both the length of user data (e. g. , IP packet) and attached redundant data can be modified based on sender's local decision without any end-to-end parameter re-negotiation procedure. The writing and reading order regarding an interleave matrix for cell-level FEC algorithm are the same, in order to perform pipelining data transmission. The prototype implementation with software processing achieves few Mbps end-to-end throughput. The end-to-end data transmission latency and the amount of retransmission packets due to packet error at the receiver entity are evaluated by computer simulation with correlated cell dropping process. Simulation results show that the benefits of cell-level FEC scheme for the error-free data transmission services, i. e. , by use of cell-level FEC scheme, the amount of retransmitted packets can be reduced, even if the average latency for end-to-end data transmission increases slightly.
ER -