Self-organization of autonomous mobile nodes using bio-inspired algorithms in mobile ad
hoc networks (manet s) has been presented in earlier work of the authors. In this paper, the …

Abstract Mobile Ad hoc Networks (manet s) are widely used for a large number of strategic
applications from military to commercial tasks including disaster area discovery, mine field …

We introduce a genetic algorithm based MANET topology control mechanism to be used in
decision making process of adaptive and autonomic systems at run time. A mobile node …

We present a convergence analysis of a genetic algorithm based topological control
mechanism for the decision making process of evolutionary and autonomous systems that …

In this chapter, we study the applicability and effectiveness of an evolutionary computation
approach to a topology control problem in the domain of mobile ad hoc networks (manets) …

In this dissertation, we present a bio-inspired decentralized topology control mechanism,
called force-based genetic algorithm (FGA), where a genetic algorithm (GA) is run by each …

Mobile ad hoc networks (MANETs) can be effective for providing network coverage in harsh
and dynamic environments where nodes may become randomly or systematically disabled …