Modulation and coding scheme selection in multimedia broadcast over a single frequency network-enabled long-term evolution networks

SUMMARY Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth‐hungry multimedia services in wireless networks by providing an extremely high performance radio access technology. To support multimedia broadcast...

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Published in:International journal of communication systems Vol. 25; no. 12; pp. 1603 - 1619
Main Authors: Alexiou, Antonios, Bouras, Christos, Kokkinos, Vasileios, Papazois, Andreas, Tsichritzis, George
Format: Journal Article
Language:English
Published: Chichester, UK John Wiley & Sons, Ltd 01.12.2012
Wiley Subscription Services, Inc
Subjects:
long term evolution
modulation and coding scheme
multimedia broadcast and multicast
single frequency network
spectral efficiency
ISSN:1074-5351, 1099-1131
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Abstract SUMMARY Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth‐hungry multimedia services in wireless networks by providing an extremely high performance radio access technology. To support multimedia broadcast/multicast services (MBMS), long term evolution offers the functionality to transmit MBMS over a single frequency network, where a time‐synchronized common waveform is transmitted from multiple cells for a given duration. This enables over‐the‐air combining, thus significantly improving the spectral efficiency (SE) compared with conventional MBMS operations. In MBMS over a single frequency network transmissions, the achieved SE is mainly determined by the modulation and coding scheme selected. This study proposes and evaluates four approaches for the selection of the modulation and coding scheme. Each approach corresponds to different users' distribution and multimedia traffic conditions. On the basis of SE measurements, we determine the approach that either maximizes or achieves a target SE for the corresponding users' distribution and traffic conditions. Copyright © 2011 John Wiley & Sons, Ltd. This study proposes and evaluates four approaches for the selection of the modulation and coding scheme during multimedia broadcasting in long term evolution systems. Each approach corresponds to different users' distribution and multimedia traffic conditions. The spectral efficiency measurements performed through simulation experiments determines the approach that either maximizes or achieves a target spectral efficiency for the corresponding users' distribution and traffic conditions.
AbstractList Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth‐hungry multimedia services in wireless networks by providing an extremely high performance radio access technology. To support multimedia broadcast/multicast services (MBMS), long term evolution offers the functionality to transmit MBMS over a single frequency network, where a time‐synchronized common waveform is transmitted from multiple cells for a given duration. This enables over‐the‐air combining, thus significantly improving the spectral efficiency (SE) compared with conventional MBMS operations. In MBMS over a single frequency network transmissions, the achieved SE is mainly determined by the modulation and coding scheme selected. This study proposes and evaluates four approaches for the selection of the modulation and coding scheme. Each approach corresponds to different users' distribution and multimedia traffic conditions. On the basis of SE measurements, we determine the approach that either maximizes or achieves a target SE for the corresponding users' distribution and traffic conditions. Copyright © 2011 John Wiley & Sons, Ltd.
SUMMARY Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth‐hungry multimedia services in wireless networks by providing an extremely high performance radio access technology. To support multimedia broadcast/multicast services (MBMS), long term evolution offers the functionality to transmit MBMS over a single frequency network, where a time‐synchronized common waveform is transmitted from multiple cells for a given duration. This enables over‐the‐air combining, thus significantly improving the spectral efficiency (SE) compared with conventional MBMS operations. In MBMS over a single frequency network transmissions, the achieved SE is mainly determined by the modulation and coding scheme selected. This study proposes and evaluates four approaches for the selection of the modulation and coding scheme. Each approach corresponds to different users' distribution and multimedia traffic conditions. On the basis of SE measurements, we determine the approach that either maximizes or achieves a target SE for the corresponding users' distribution and traffic conditions. Copyright © 2011 John Wiley & Sons, Ltd. This study proposes and evaluates four approaches for the selection of the modulation and coding scheme during multimedia broadcasting in long term evolution systems. Each approach corresponds to different users' distribution and multimedia traffic conditions. The spectral efficiency measurements performed through simulation experiments determines the approach that either maximizes or achieves a target spectral efficiency for the corresponding users' distribution and traffic conditions.
SUMMARY Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth-hungry multimedia services in wireless networks by providing an extremely high performance radio access technology. To support multimedia broadcast/multicast services (MBMS), long term evolution offers the functionality to transmit MBMS over a single frequency network, where a time-synchronized common waveform is transmitted from multiple cells for a given duration. This enables over-the-air combining, thus significantly improving the spectral efficiency (SE) compared with conventional MBMS operations. In MBMS over a single frequency network transmissions, the achieved SE is mainly determined by the modulation and coding scheme selected. This study proposes and evaluates four approaches for the selection of the modulation and coding scheme. Each approach corresponds to different users' distribution and multimedia traffic conditions. On the basis of SE measurements, we determine the approach that either maximizes or achieves a target SE for the corresponding users' distribution and traffic conditions. Copyright © 2011 John Wiley & Sons, Ltd. [PUBLICATION ABSTRACT]
Author Kokkinos, Vasileios
Alexiou, Antonios
Papazois, Andreas
Tsichritzis, George
Bouras, Christos
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  organization: Research Academic Computer Technology Institute, University of Patras, Patras, Greece
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Snippet SUMMARY Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth‐hungry...
Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth‐hungry...
SUMMARY Long term evolution constitutes the next generation cellular network beyond 3G that is designed to support the explosion in demand for bandwidth-hungry...
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SubjectTerms long term evolution
modulation and coding scheme
multimedia broadcast and multicast
single frequency network
spectral efficiency
Title Modulation and coding scheme selection in multimedia broadcast over a single frequency network-enabled long-term evolution networks
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