Scheduling data broadcast based on multi-frequency in mobile interactive broadcasting

Sang Hyuk Kang; Sujeong Choi; Seong Jong Choi; Gwangsoon Lee; Jaeug Lew; Jun Lee

doi:10.1109/TBC.2006.889095

Scheduling data broadcast based on multi-frequency in mobile interactive broadcasting

Sang Hyuk Kang, Sujeong Choi, Seong Jong Choi, Gwangsoon Lee, Jaeug Lew, Jun Lee

School of Electrical and Computer Engineering

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

14 Scopus citations

Abstract

Considering digital multimedia broadcasting (DMB) with reverse channel through cellular, PCS, and WLAM, we propose Multi-Frequency Scheduling (MFS) algorithm for the data carousel. At the start of each carousel, the server/station chooses timely items and sequences them to configure a data carousel, regarding the statistics of client requests. Partitioning whole items into two sets, hot and cold, according to the request ratio, items have different broadcast frequency and preference when making a carousel. Simulations show that our proposed MFS features that the server answers as many client's requests as possible, while reducing clients' expected waiting time.

Original language	English
Pages (from-to)	405-410
Number of pages	6
Journal	IEEE Transactions on Broadcasting
Volume	53
Issue number	1
DOIs	https://doi.org/10.1109/TBC.2006.889095
State	Published - Mar 2007

Keywords

Broadcast scheduling
Carousel
DMB
Data broadcast

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10.1109/TBC.2006.889095

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title = "Scheduling data broadcast based on multi-frequency in mobile interactive broadcasting",

abstract = "Considering digital multimedia broadcasting (DMB) with reverse channel through cellular, PCS, and WLAM, we propose Multi-Frequency Scheduling (MFS) algorithm for the data carousel. At the start of each carousel, the server/station chooses timely items and sequences them to configure a data carousel, regarding the statistics of client requests. Partitioning whole items into two sets, hot and cold, according to the request ratio, items have different broadcast frequency and preference when making a carousel. Simulations show that our proposed MFS features that the server answers as many client's requests as possible, while reducing clients' expected waiting time.",

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AU - Lee, Gwangsoon

AU - Lew, Jaeug

AU - Lee, Jun

PY - 2007/3

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N2 - Considering digital multimedia broadcasting (DMB) with reverse channel through cellular, PCS, and WLAM, we propose Multi-Frequency Scheduling (MFS) algorithm for the data carousel. At the start of each carousel, the server/station chooses timely items and sequences them to configure a data carousel, regarding the statistics of client requests. Partitioning whole items into two sets, hot and cold, according to the request ratio, items have different broadcast frequency and preference when making a carousel. Simulations show that our proposed MFS features that the server answers as many client's requests as possible, while reducing clients' expected waiting time.

AB - Considering digital multimedia broadcasting (DMB) with reverse channel through cellular, PCS, and WLAM, we propose Multi-Frequency Scheduling (MFS) algorithm for the data carousel. At the start of each carousel, the server/station chooses timely items and sequences them to configure a data carousel, regarding the statistics of client requests. Partitioning whole items into two sets, hot and cold, according to the request ratio, items have different broadcast frequency and preference when making a carousel. Simulations show that our proposed MFS features that the server answers as many client's requests as possible, while reducing clients' expected waiting time.

KW - Broadcast scheduling

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Scheduling data broadcast based on multi-frequency in mobile interactive broadcasting

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Keywords

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