M. Chatterjee, S.K. Das, and D. Turgut. WCA: A Weighted Clustering Algorithm for Mobile Ad hoc Networks. Journal of Cluster Computing (Special Issue on Mobile Ad hocNetworks), 5(2):193–204, April 2002.
In this paper, we propose an on-demand distributed clustering algorithm for multi-hop packet radio networks. These types of networks, also known as \em ad hoc networks, are dynamic in nature due to the mobility of nodes. The association and dissociation of nodes to and from \em clusters perturb the stability of the network topology, and hence a reconfiguration of the system is often unavoidable. However, it is vital to keep the topology stable as long as possible. The \em clusterheads, form a \em dominant set in the network, determine the topology and its stability. The proposed weight-based distributed clustering algorithm takes into consideration the ideal degree, transmission power, mobility, and battery power of mobile nodes. The time required to identify the clusterheads depends on the diameter of the underlying graph. We try to keep the number of nodes in a cluster around a pre-defined threshold to facilitate the optimal operation of the medium access control (MAC) protocol. The non-periodic procedure for clusterhead election is invoked on-demand, and is aimed to reduce the computation and communication costs. The clusterheads, operating in ''dual'' power mode, connects the clusters which help in routing messages from a node to any other node. We observe a trade-off between the uniformity of the load handled by the clusterheads and the connectivity of the network. Simulation experiments are conducted to evaluate the performance of our algorithm in terms of the number of clusterheads, \em reaffiliation frequency, and dominant set updates. Results show that our algorithm performs better than existing ones and is also tunable to different kinds of network conditions.
@article{Turgut-2002-JCC,
author = "M. Chatterjee and S.K. Das and D. Turgut",
title = "WCA: A Weighted Clustering Algorithm for Mobile Ad hoc Networks",
journal = "Journal of Cluster Computing (Special Issue on Mobile Ad hoc
Networks)",
volume = "5",
number = "2",
month = "April",
year = "2002",
pages = "193-204",
abstract = {In this paper, we propose an on-demand distributed clustering
algorithm for multi-hop packet radio networks. These types of networks, also
known as {\em ad hoc} networks, are dynamic in nature due to the mobility of
nodes. The association and dissociation of nodes to and from {\em clusters}
perturb the stability of the network topology, and hence a reconfiguration of
the system is often unavoidable. However, it is vital to keep the topology
stable as long as possible. The {\em clusterheads}, form a {\em dominant set}
in the network, determine the topology and its stability. The proposed
weight-based distributed clustering algorithm takes into consideration the
ideal degree, transmission power, mobility, and battery power of mobile
nodes. The time required to identify the clusterheads depends on the diameter
of the underlying graph. We try to keep the number of nodes in a cluster
around a pre-defined threshold to facilitate the optimal operation of the
medium access control (MAC) protocol. The non-periodic procedure for
clusterhead election is invoked on-demand, and is aimed to reduce the
computation and communication costs. The clusterheads, operating in ''dual''
power mode, connects the clusters which help in routing messages from a node
to any other node. We observe a trade-off between the uniformity of the load
handled by the clusterheads and the connectivity of the network. Simulation
experiments are conducted to evaluate the performance of our algorithm in
terms of the number of clusterheads, {\em reaffiliation} frequency, and
dominant set updates. Results show that our algorithm performs better than
existing ones and is also tunable to different kinds of network conditions.},
}
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