Opportunistic MAC layer design with stochastic Petri Nets for multimedia ad hoc networks

Providing optimal resource utilization while minimizing costs involved for wireless networks remains a challenging issue. Particularly mobile ad hoc environments subject to multi‐path fading and characterized by a dynamic topology need better resource management mechanisms. The focus of this paper i...

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Published inConcurrency and computation Vol. 22; no. 10; pp. 1308 - 1324
Main Authors Escheikh, M., Barkaoui, K.
Format Journal Article
LanguageEnglish
Published Chichester, UK John Wiley & Sons, Ltd 01.07.2010
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ISSN1532-0626
1532-0634
1532-0634
DOI10.1002/cpe.1581

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Abstract Providing optimal resource utilization while minimizing costs involved for wireless networks remains a challenging issue. Particularly mobile ad hoc environments subject to multi‐path fading and characterized by a dynamic topology need better resource management mechanisms. The focus of this paper is the performance evaluation of IEEE 802.11e MAC layer modeling under slow time‐varying Rayleigh fading channel via both layered and multi‐layered design approaches via a non‐Markovian Stochastic Petri Nets modeling. We propose two MAC IEEE 802.11e models considering service differentiation features. The first one is non cross‐layer based, whereas the second is cross‐layer based. The cross‐layer design approach adopted permits us to deal with both collisions and fading. We show the impact of the virtual load on the expected throughput. Compared to the conventional approach, our cross‐layered design approach provides significant performance gains. Copyright © 2010 John Wiley & Sons, Ltd.
AbstractList Providing optimal resource utilization while minimizing costs involved for wireless networks remains a challenging issue. Particularly mobile ad hoc environments subject to multi‐path fading and characterized by a dynamic topology need better resource management mechanisms. The focus of this paper is the performance evaluation of IEEE 802.11e MAC layer modeling under slow time‐varying Rayleigh fading channel via both layered and multi‐layered design approaches via a non‐Markovian Stochastic Petri Nets modeling. We propose two MAC IEEE 802.11e models considering service differentiation features. The first one is non cross‐layer based, whereas the second is cross‐layer based. The cross‐layer design approach adopted permits us to deal with both collisions and fading. We show the impact of the virtual load on the expected throughput. Compared to the conventional approach, our cross‐layered design approach provides significant performance gains. Copyright © 2010 John Wiley & Sons, Ltd.
Providing optimal resource utilization while minimizing costs involved for wireless networks remains a challenging issue. Particularly mobile ad hoc environments subject to multi-path fading and characterized by a dynamic topology need better resource management mechanisms. The focus of this paper is the performance evaluation of IEEE 802.11e MAC layer modeling under slow time-varying Rayleigh fading channel via both layered and multi-layered design approaches via a non-Markovian Stochastic Petri Nets modeling. We propose two MAC IEEE 802.11e models considering service differentiation features. The first one is non cross-layer based, whereas the second is cross-layer based. The cross-layer design approach adopted permits us to deal with both collisions and fading. We show the impact of the virtual load on the expected throughput. Compared to the conventional approach, our cross-layered design approach provides significant performance gains.
Author Escheikh, M.
Barkaoui, K.
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SubjectTerms ad hoc networks
Channels
cross-layer
Differentiation
Fading
Mathematical models
Networks
non-Markovian SPN
Performance evaluation
Petri nets
QoS
Stochasticity
Title Opportunistic MAC layer design with stochastic Petri Nets for multimedia ad hoc networks
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