We analyze the convergence properties of our force based genetic algorithm (fga) as a
decentralized topology control mechanism distributed among software agents. fga guides …

We describe and verify convergence properties of our forced-based genetic algorithm (FGA)
as a decentralized topology control mechanism distributed among software agents. FGA …

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 chapter, we introduce a topology control mechanism based on genetic algorithms
(GAs) within a mobile ad hoc network (MANET). We provide formal and practical aspects of …

This paper presents a dynamical system model for FGA, a force-based genetic algorithm,
which is used as decentralized topology control mechanism among active running software …

Mobile Ad hoc Networks (MANETs) are used for many strategic commercial and military
applications where it is not feasible to use a centralized controller or manually deploy …

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 introduce a fault tolerant bio-inspired topolog-ical control mechanism (TCM-Y) for the
evolutionary decision making process of autonomous mobile nodes that adaptively adjust …

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 …