Efficient Implementation of Volterra Filters for
                De-interlacing TV Images - Snell and Wilcox

Chris Budd; Jens Gravesen; Eddie Willson

Efficient Implementation of Volterra Filters for De-interlacing TV Images - Snell and Wilcox

Chris Budd
, Jens Gravesen
, Eddie Willson

University of Bath
Oxford Brookes University

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

Abstract

A standard TV image is transmitted as a series of horizontal lines. To reduce band-width effects in transmission, half of a picture is transmitted in each frame, i.e., information is only given about pictures on alternate lines, a process called interlacing. A difficulty with this process is that other images (for example computer images) do not have alternate lines omitted. Thus it is desirable to be able to interpolate an existing TV images to obtain information on the images between alternate lines; this is the de-interlacing process.

Original language	English
Title of host publication	31st European Study Group with Industry - Final Reports
Place of Publication	Southampton
Publisher	University of Southampton, Faculty of Mathematical Studies
Publication date	1998
Pages	1-41
Publication status	Published - 1998
Event	31st European Study Group with Industry - Southampton, United Kingdom Duration: 22 Mar 1998 → 27 Mar 1998

Conference

Conference	31st European Study Group with Industry
Country/Territory	United Kingdom
City	Southampton
Period	22/03/1998 → 27/03/1998

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Cite this

@inproceedings{01073ccd40b5462dbd1fac12a63d6df7,

title = "Efficient Implementation of Volterra Filters for De-interlacing TV Images - Snell and Wilcox",

abstract = "A standard TV image is transmitted as a series of horizontal lines. To reduce band-width effects in transmission, half of a picture is transmitted in each frame, i.e., information is only given about pictures on alternate lines, a process called interlacing. A difficulty with this process is that other images (for example computer images) do not have alternate lines omitted. Thus it is desirable to be able to interpolate an existing TV images to obtain information on the images between alternate lines; this is the de-interlacing process.",

author = "Chris Budd and Jens Gravesen and Eddie Willson",

year = "1998",

language = "English",

pages = "1--41",

booktitle = "31st European Study Group with Industry - Final Reports",

publisher = "University of Southampton, Faculty of Mathematical Studies",

note = "31st European Study Group with Industry ; Conference date: 22-03-1998 Through 27-03-1998",

}

Budd, C, Gravesen, J & Willson, E 1998, Efficient Implementation of Volterra Filters for De-interlacing TV Images - Snell and Wilcox. in 31st European Study Group with Industry - Final Reports. University of Southampton, Faculty of Mathematical Studies, Southampton, pp. 1-41, 31st European Study Group with Industry, Southampton, United Kingdom, 22/03/1998.

Efficient Implementation of Volterra Filters for De-interlacing TV Images - Snell and Wilcox. / Budd, Chris; Gravesen, Jens; Willson, Eddie.
31st European Study Group with Industry - Final Reports. Southampton: University of Southampton, Faculty of Mathematical Studies, 1998. p. 1-41.

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

TY - GEN

T1 - Efficient Implementation of Volterra Filters for De-interlacing TV Images - Snell and Wilcox

AU - Budd, Chris

AU - Gravesen, Jens

AU - Willson, Eddie

PY - 1998

Y1 - 1998

N2 - A standard TV image is transmitted as a series of horizontal lines. To reduce band-width effects in transmission, half of a picture is transmitted in each frame, i.e., information is only given about pictures on alternate lines, a process called interlacing. A difficulty with this process is that other images (for example computer images) do not have alternate lines omitted. Thus it is desirable to be able to interpolate an existing TV images to obtain information on the images between alternate lines; this is the de-interlacing process.

AB - A standard TV image is transmitted as a series of horizontal lines. To reduce band-width effects in transmission, half of a picture is transmitted in each frame, i.e., information is only given about pictures on alternate lines, a process called interlacing. A difficulty with this process is that other images (for example computer images) do not have alternate lines omitted. Thus it is desirable to be able to interpolate an existing TV images to obtain information on the images between alternate lines; this is the de-interlacing process.

M3 - Article in proceedings

SP - 1

EP - 41

BT - 31st European Study Group with Industry - Final Reports

PB - University of Southampton, Faculty of Mathematical Studies

CY - Southampton

T2 - 31st European Study Group with Industry

Y2 - 22 March 1998 through 27 March 1998

ER -