We propose an improved energy consumption
model for a heterogeneous network by adapting an exis... more We propose an improved energy consumption
model for a heterogeneous network by adapting an existing
distance based clustering concept to it. We assume that if the
distance based clustering concept has improved a homogeneous
network, the same concept if applied to a heterogeneous
network will improve the latter. A heterogeneous network,
which is an improved version of a homogeneous network, is
considered. We apply our model on the Stable Election
Protocol, which is a common routing algorithm designed for
heterogeneous networks. We show that the Stable Election
Protocol is improved in terms of longer lifetime at the expense
of the stability period. Finally, we conclude by explaining our
results and suggest improvement for the stability period.
We propose an improved energy consumption
model for a heterogeneous network by adapting an exis... more We propose an improved energy consumption
model for a heterogeneous network by adapting an existing
distance based clustering concept to it. We assume that if the
distance based clustering concept has improved a homogeneous
network, the same concept if applied to a heterogeneous
network will improve the latter. A heterogeneous network,
which is an improved version of a homogeneous network, is
considered. We apply our model on the Stable Election
Protocol, which is a common routing algorithm designed for
heterogeneous networks. We show that the Stable Election
Protocol is improved in terms of longer lifetime at the expense
of the stability period. Finally, we conclude by explaining our
results and suggest improvement for the stability period.
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Papers by Zoubeir Aungnoo
model for a heterogeneous network by adapting an existing
distance based clustering concept to it. We assume that if the
distance based clustering concept has improved a homogeneous
network, the same concept if applied to a heterogeneous
network will improve the latter. A heterogeneous network,
which is an improved version of a homogeneous network, is
considered. We apply our model on the Stable Election
Protocol, which is a common routing algorithm designed for
heterogeneous networks. We show that the Stable Election
Protocol is improved in terms of longer lifetime at the expense
of the stability period. Finally, we conclude by explaining our
results and suggest improvement for the stability period.
model for a heterogeneous network by adapting an existing
distance based clustering concept to it. We assume that if the
distance based clustering concept has improved a homogeneous
network, the same concept if applied to a heterogeneous
network will improve the latter. A heterogeneous network,
which is an improved version of a homogeneous network, is
considered. We apply our model on the Stable Election
Protocol, which is a common routing algorithm designed for
heterogeneous networks. We show that the Stable Election
Protocol is improved in terms of longer lifetime at the expense
of the stability period. Finally, we conclude by explaining our
results and suggest improvement for the stability period.