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Realistic SISO and MIMO physical layer implemented in two routing protocols for vehicular ad hoc network
In the most of ad hoc network simulators, the physical layer is considered with a simple approach. Moreover, the information routing is realized in order to only minimize the number of hops or the delay. In this paper, the authors propose two contributions: the first one consists in considering a 3D propagation model taking into account the characteristics of the propagation environment for SISO and MIMO physical layers; the second one allows to introduce the BER as a metric of quality of the radio link used in two routing protocols. The impact of these two contributions is evaluated in two environments.
Realistic SISO and MIMO physical layer implemented in two routing protocols for vehicular ad hoc network
In the most of ad hoc network simulators, the physical layer is considered with a simple approach. Moreover, the information routing is realized in order to only minimize the number of hops or the delay. In this paper, the authors propose two contributions: the first one consists in considering a 3D propagation model taking into account the characteristics of the propagation environment for SISO and MIMO physical layers; the second one allows to introduce the BER as a metric of quality of the radio link used in two routing protocols. The impact of these two contributions is evaluated in two environments.
Realistic SISO and MIMO physical layer implemented in two routing protocols for vehicular ad hoc network
Poussard, Anne-Marie (author) / Hamidouche, Wassim (author) / Vauzelle, Rodolphe (author) / Pousset, Yannis (author) / Parrein, Benoit (author)
2009-10-01
1160378 byte
Conference paper
Electronic Resource
English
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