Dynamic subcarrier allocation with ESINR metric in correlated SM-OFDMA

R Nordin; SMD Armour; JP McGeehan

doi:10.1109/WIAD.2010.5544869

Dynamic subcarrier allocation with ESINR metric in correlated SM-OFDMA

R Nordin, SMD Armour, JP McGeehan

Research output: Chapter in Book/Report/Conference proceeding › Conference Contribution (Conference Proceeding)

2 Citations (Scopus)

Abstract

In a Multiple Input Multiple Output (MIMO) architecture, self-interference becomes the dominant source of impairment, particularly when correlation exists between spatial sub-channels. This paper aims to minimize the effect of self-interference by means of dynamic subcarrier allocation (DSA) and exploiting the knowledge of spatial sub-channel `quality' evaluated by an ESINR metric. The proposed system is simulated in two channel scenarios: an ideal (uncorrelated) channel and a highly correlated channel. The BER performance is compared against another well known, subcarrier allocation strategy known as Maximal Gain Sort Swap (MGSS).

Translated title of the contribution	Dynamic subcarrier allocation with ESINR metric in correlated SM-OFDMA
Original language	English
Title of host publication	6th Conference on Wireless Advanced 2010 (WiAD) , London, UK
Publisher	Institute of Electrical and Electronics Engineers (IEEE)
Pages	1 - 5
Number of pages	5
ISBN (Print)	9781424470693
DOIs	https://doi.org/10.1109/WIAD.2010.5544869
Publication status	Published - 27 Jun 2010

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title = "Dynamic subcarrier allocation with ESINR metric in correlated SM-OFDMA",

abstract = "In a Multiple Input Multiple Output (MIMO) architecture, self-interference becomes the dominant source of impairment, particularly when correlation exists between spatial sub-channels. This paper aims to minimize the effect of self-interference by means of dynamic subcarrier allocation (DSA) and exploiting the knowledge of spatial sub-channel `quality' evaluated by an ESINR metric. The proposed system is simulated in two channel scenarios: an ideal (uncorrelated) channel and a highly correlated channel. The BER performance is compared against another well known, subcarrier allocation strategy known as Maximal Gain Sort Swap (MGSS).",

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AU - Armour, SMD

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N2 - In a Multiple Input Multiple Output (MIMO) architecture, self-interference becomes the dominant source of impairment, particularly when correlation exists between spatial sub-channels. This paper aims to minimize the effect of self-interference by means of dynamic subcarrier allocation (DSA) and exploiting the knowledge of spatial sub-channel `quality' evaluated by an ESINR metric. The proposed system is simulated in two channel scenarios: an ideal (uncorrelated) channel and a highly correlated channel. The BER performance is compared against another well known, subcarrier allocation strategy known as Maximal Gain Sort Swap (MGSS).

AB - In a Multiple Input Multiple Output (MIMO) architecture, self-interference becomes the dominant source of impairment, particularly when correlation exists between spatial sub-channels. This paper aims to minimize the effect of self-interference by means of dynamic subcarrier allocation (DSA) and exploiting the knowledge of spatial sub-channel `quality' evaluated by an ESINR metric. The proposed system is simulated in two channel scenarios: an ideal (uncorrelated) channel and a highly correlated channel. The BER performance is compared against another well known, subcarrier allocation strategy known as Maximal Gain Sort Swap (MGSS).

U2 - 10.1109/WIAD.2010.5544869

DO - 10.1109/WIAD.2010.5544869

M3 - Conference Contribution (Conference Proceeding)

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EP - 5

BT - 6th Conference on Wireless Advanced 2010 (WiAD) , London, UK

PB - Institute of Electrical and Electronics Engineers (IEEE)

ER -

Dynamic subcarrier allocation with ESINR metric in correlated SM-OFDMA

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