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An important property of our leader election algorithm is that it is possible to elect a leader from the remaining set of robots also.
In this paper, we characterize all geometric configurations where leader election is possible and present an algorithm for leader election in such a case.
We propose a silent self-stabilizing leader election algorithm for bidirectional arbitrary connected identified networks.
In the present article, we have proposed a fault tolerant leader election approach.
However, leader election may not be possible in an arbitrary configuration.
Yet, few research has been done on the leader election process for wireless mesh networks.
Simple and Efficient Leader Election in the Full Information Model.
Most of the existing leader election protocols consider wireless networks in general, without focusing on the particularities of mesh networks.
We present self-stabilizing and self-organizing algorithms for many distributed algorithms, including distributed snapshot and leader election.
This paper describes two specifications of the leader election protocol from the home audio/video interoperability (HAVi) architecture.
Leader election problem has been studied in the past to improve the efficiency of both distributed systems and wireless ad hoc and sensor networks.
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