Error resilient image and video coding for wireless communication systems

DW Redmill; David Bull; NG Kingsbury; James T H Chung How

doi:10.1049/ic:19961330

Abstract

This paper reviews some of the techniques available for coding images and video sources with resilience to channel errors. Such techniques remove much of the need for complex high redundancy channel coding, and provide a graceful degradation of performance with decreasing channel quality. The main function of these error resilient techniques is to reduce the propagation of errors within the decoded data. Two main techniques are discussed in detail: the error resilient entropy code (EREC) and pyramid vector quantisation (PVQ). The paper concludes with a brief comparison of the relative merits of these systems and areas for further consideration. (10 pages)

Original language	English
Pages	6/1 - 6/10
DOIs	https://doi.org/10.1049/ic:19961330
Publication status	Published - Dec 1996

Bibliographical note

Name of Conference: 1996/248 IEE Colloquium on The Future of Mobile Multimedia Communications
Venue of Conference: London, UK

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10.1049/ic:19961330

http://hdl.handle.net/1983/1433

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Cite this

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title = "Error resilient image and video coding for wireless communication systems",

abstract = "This paper reviews some of the techniques available for coding images and video sources with resilience to channel errors. Such techniques remove much of the need for complex high redundancy channel coding, and provide a graceful degradation of performance with decreasing channel quality. The main function of these error resilient techniques is to reduce the propagation of errors within the decoded data. Two main techniques are discussed in detail: the error resilient entropy code (EREC) and pyramid vector quantisation (PVQ). The paper concludes with a brief comparison of the relative merits of these systems and areas for further consideration. (10 pages)",

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AU - Bull, David

AU - Kingsbury, NG

AU - Chung How, James T H

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PY - 1996/12

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N2 - This paper reviews some of the techniques available for coding images and video sources with resilience to channel errors. Such techniques remove much of the need for complex high redundancy channel coding, and provide a graceful degradation of performance with decreasing channel quality. The main function of these error resilient techniques is to reduce the propagation of errors within the decoded data. Two main techniques are discussed in detail: the error resilient entropy code (EREC) and pyramid vector quantisation (PVQ). The paper concludes with a brief comparison of the relative merits of these systems and areas for further consideration. (10 pages)

AB - This paper reviews some of the techniques available for coding images and video sources with resilience to channel errors. Such techniques remove much of the need for complex high redundancy channel coding, and provide a graceful degradation of performance with decreasing channel quality. The main function of these error resilient techniques is to reduce the propagation of errors within the decoded data. Two main techniques are discussed in detail: the error resilient entropy code (EREC) and pyramid vector quantisation (PVQ). The paper concludes with a brief comparison of the relative merits of these systems and areas for further consideration. (10 pages)

U2 - 10.1049/ic:19961330

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M3 - Conference Abstract

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