MC-LMAC: A Multi-Channel MAC Protocol for Wireless Sensor Networks

O. Durmaz, P.G. Jansen, Sape J. Mullender

    Research output: Book/ReportReportProfessional

    132 Downloads (Pure)

    Abstract

    In traditional wireless sensor network (WSN) applications, energy efficiency is considered to be the most important concern whereas utilizing the use of bandwidth and maximizing the throughput are of secondary importance. However, recent applications, such as structural health monitoring, require high amounts of data to be collected at a faster rate. We present a multi-channel MAC protocol, MC-LMAC, designed with the objective of maximizing the throughput of WSN by coordinating transmissions over multiple channels. MC-LMAC takes the advantage of interference and contention free parallel transmissions on different channels. It is based on scheduled access which eases the coordination of nodes dynamically switching their interfaces between channels and makes the protocol to operate effectively free of collisions during peak traffic. Time is organized into timeslots and each node shall be assigned control over a timeslot to transmit on a particular channel. We analyze the performance of MC-LMAC with extensive simulations. MC-LMAC exhibits significant bandwidth utilization and high throughput while ensuring an energy-efficient operation. Moreover, MC-LMAC outperforms the contention-based multi-channel MMSN protocol, cluster based channel assignment and single-channel CSMA in terms of data delivery ratio and throughput for high data rate, moderate-size networks of 100 nodes.
    Original languageUndefined
    Place of PublicationEnschede
    PublisherDistributed and Embedded Security (DIES)
    Number of pages11
    Publication statusPublished - 2008

    Publication series

    NameCTIT Technical Report Series
    PublisherCentre for Telematics and Information Technology, University of Twente
    No.10/TR-CTIT-08-61
    ISSN (Print)1381-3625

    Keywords

    • METIS-252096
    • IR-65085
    • EWI-14023

    Cite this

    Durmaz, O., Jansen, P. G., & Mullender, S. J. (2008). MC-LMAC: A Multi-Channel MAC Protocol for Wireless Sensor Networks. (CTIT Technical Report Series; No. 10/TR-CTIT-08-61). Enschede: Distributed and Embedded Security (DIES).
    Durmaz, O. ; Jansen, P.G. ; Mullender, Sape J. / MC-LMAC: A Multi-Channel MAC Protocol for Wireless Sensor Networks. Enschede : Distributed and Embedded Security (DIES), 2008. 11 p. (CTIT Technical Report Series; 10/TR-CTIT-08-61).
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    series = "CTIT Technical Report Series",
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    Durmaz, O, Jansen, PG & Mullender, SJ 2008, MC-LMAC: A Multi-Channel MAC Protocol for Wireless Sensor Networks. CTIT Technical Report Series, no. 10/TR-CTIT-08-61, Distributed and Embedded Security (DIES), Enschede.

    MC-LMAC: A Multi-Channel MAC Protocol for Wireless Sensor Networks. / Durmaz, O.; Jansen, P.G.; Mullender, Sape J.

    Enschede : Distributed and Embedded Security (DIES), 2008. 11 p. (CTIT Technical Report Series; No. 10/TR-CTIT-08-61).

    Research output: Book/ReportReportProfessional

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    AU - Jansen, P.G.

    AU - Mullender, Sape J.

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    N2 - In traditional wireless sensor network (WSN) applications, energy efficiency is considered to be the most important concern whereas utilizing the use of bandwidth and maximizing the throughput are of secondary importance. However, recent applications, such as structural health monitoring, require high amounts of data to be collected at a faster rate. We present a multi-channel MAC protocol, MC-LMAC, designed with the objective of maximizing the throughput of WSN by coordinating transmissions over multiple channels. MC-LMAC takes the advantage of interference and contention free parallel transmissions on different channels. It is based on scheduled access which eases the coordination of nodes dynamically switching their interfaces between channels and makes the protocol to operate effectively free of collisions during peak traffic. Time is organized into timeslots and each node shall be assigned control over a timeslot to transmit on a particular channel. We analyze the performance of MC-LMAC with extensive simulations. MC-LMAC exhibits significant bandwidth utilization and high throughput while ensuring an energy-efficient operation. Moreover, MC-LMAC outperforms the contention-based multi-channel MMSN protocol, cluster based channel assignment and single-channel CSMA in terms of data delivery ratio and throughput for high data rate, moderate-size networks of 100 nodes.

    AB - In traditional wireless sensor network (WSN) applications, energy efficiency is considered to be the most important concern whereas utilizing the use of bandwidth and maximizing the throughput are of secondary importance. However, recent applications, such as structural health monitoring, require high amounts of data to be collected at a faster rate. We present a multi-channel MAC protocol, MC-LMAC, designed with the objective of maximizing the throughput of WSN by coordinating transmissions over multiple channels. MC-LMAC takes the advantage of interference and contention free parallel transmissions on different channels. It is based on scheduled access which eases the coordination of nodes dynamically switching their interfaces between channels and makes the protocol to operate effectively free of collisions during peak traffic. Time is organized into timeslots and each node shall be assigned control over a timeslot to transmit on a particular channel. We analyze the performance of MC-LMAC with extensive simulations. MC-LMAC exhibits significant bandwidth utilization and high throughput while ensuring an energy-efficient operation. Moreover, MC-LMAC outperforms the contention-based multi-channel MMSN protocol, cluster based channel assignment and single-channel CSMA in terms of data delivery ratio and throughput for high data rate, moderate-size networks of 100 nodes.

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    Durmaz O, Jansen PG, Mullender SJ. MC-LMAC: A Multi-Channel MAC Protocol for Wireless Sensor Networks. Enschede: Distributed and Embedded Security (DIES), 2008. 11 p. (CTIT Technical Report Series; 10/TR-CTIT-08-61).