Using partial unit memory codes to improve distance properties of woven turbo codes

L. Stankovic; B. Honary

doi:10.1049/el:20031043

Using partial unit memory codes to improve distance properties of woven turbo codes

L. Stankovic, B. Honary

Electronic And Electrical Engineering

Research output: Contribution to journal › Article › peer-review

5 Citations (Scopus)

Abstract

Partial unit memory (PUM) codes are reputed for their excellent distance properties and lower decoding complexity compared to equivalent convolutional codes. Woven turbo codes (WTCs) are constructed, which outperform turbo codes, using component PUM codes. Simulation results confirm that WTCs based on PUM codes outperform those based on equivalent convolutional codes, as reflected by their respective minimum distances, which is also calculated.

Original language	English
Pages (from-to)	1587-1588
Number of pages	1
Journal	Electronics Letters
Volume	39
Issue number	22
DOIs	https://doi.org/10.1049/el:20031043
Publication status	Published - 30 Oct 2003

Keywords

partial unit memory (PUM) codes
woven turbo codes (WTCs)
distance

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10.1049/el:20031043

Cite this

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title = "Using partial unit memory codes to improve distance properties of woven turbo codes",

abstract = "Partial unit memory (PUM) codes are reputed for their excellent distance properties and lower decoding complexity compared to equivalent convolutional codes. Woven turbo codes (WTCs) are constructed, which outperform turbo codes, using component PUM codes. Simulation results confirm that WTCs based on PUM codes outperform those based on equivalent convolutional codes, as reflected by their respective minimum distances, which is also calculated.",

keywords = "partial unit memory (PUM) codes, woven turbo codes (WTCs), distance",

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AU - Honary, B.

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AB - Partial unit memory (PUM) codes are reputed for their excellent distance properties and lower decoding complexity compared to equivalent convolutional codes. Woven turbo codes (WTCs) are constructed, which outperform turbo codes, using component PUM codes. Simulation results confirm that WTCs based on PUM codes outperform those based on equivalent convolutional codes, as reflected by their respective minimum distances, which is also calculated.

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KW - woven turbo codes (WTCs)

KW - distance

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Using partial unit memory codes to improve distance properties of woven turbo codes

Abstract

Keywords

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PhD external examiner at the University of Novi Sad

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Using partial unit memory codes to improve distance properties of woven turbo codes

Abstract

Keywords

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External Ph.D examiner University of Edinburgh

PhD external examiner at the University of Novi Sad

Cite this