In this study, we consider the minimum power broadcasting problem in wireless actuator networks. We attack the problem with a method - the shared incumbent environment - that executes two algorithms in parallel: a mathematical programming approach and a simulated annealing approach. According to the shared incumbent environment paradigm, when an incumbent solution is found by one method, the other method is notified and profits from the information received. Experimental results show that the shared incumbent environment lead to results which are better than those of the two algorithms combined in it taken singularly.
A shared incumbent environment for the minimum power broadcasting problem in wireless networks / Toklu, Ne; Montemanni, R; Di Caro, Ga; Gambardella, Lm. - (2012). (Intervento presentato al convegno ICICN 2012 – International Conference on Information and Computer Networks, International Proceedings of Computer Science and Information Technology tenutosi a Singapore nel 2012).
A shared incumbent environment for the minimum power broadcasting problem in wireless networks
Montemanni R;
2012
Abstract
In this study, we consider the minimum power broadcasting problem in wireless actuator networks. We attack the problem with a method - the shared incumbent environment - that executes two algorithms in parallel: a mathematical programming approach and a simulated annealing approach. According to the shared incumbent environment paradigm, when an incumbent solution is found by one method, the other method is notified and profits from the information received. Experimental results show that the shared incumbent environment lead to results which are better than those of the two algorithms combined in it taken singularly.
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