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Reliability comparison of transmit/receive diversity and error control coding in low-power medium access control protocols

Ghamari, M., Momahed Heravi, B., Honary, B. and Roedig, U. (2014) Reliability comparison of transmit/receive diversity and error control coding in low-power medium access control protocols. IET Networks, 3 (4). pp. 284-292. ISSN 2047-4954

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To link to this item DOI: 10.1049/iet-net.2013.0036


Low-power medium access control (MAC) protocols used for communication of energy constraint wireless embedded devices do not cope well with situations where transmission channels are highly erroneous. Existing MAC protocols discard corrupted messages which lead to costly retransmissions. To improve transmission performance, it is possible to include an error correction scheme and transmit/receive diversity. It is possible to add redundant information to transmitted packets in order to recover data from corrupted packets. It is also possible to make use of transmit/receive diversity via multiple antennas to improve error resiliency of transmissions. Both schemes may be used in conjunction to further improve the performance. In this study, the authors show how an error correction scheme and transmit/receive diversity can be integrated in low-power MAC protocols. Furthermore, the authors investigate the achievable performance gains of both methods. This is important as both methods have associated costs (processing requirements; additional antennas and power) and for a given communication situation it must be decided which methods should be employed. The authors’ results show that, in many practical situations, error control coding outperforms transmission diversity; however, if very high reliability is required, it is useful to employ both schemes together.

Item Type:Article
Divisions:Faculty of Science
ID Code:37076
Uncontrolled Keywords:: telecommunication power management; error correction codes; access protocols; telecommunication network reliability; wireless channels; MAC protocols; reliability comparison; error control coding; transmit-receive diversity; multiple antennas; transmission channels; energy constraint wireless embedded devices; error correction scheme; low power medium access control protocols
Publisher:The IET

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