Abstract— The distributed power control (DPC) for ad hoc networks proposed and tested in [1] has been applied to AODV protocol. To test the performance of the power controlled version of AODV, some simulations have been run by considering two different kinds of traffic generation and different mobility con- ditions. Even though power controlled version of Dijkstra and Link State protocols [1] have shown good results in terms of per- centage of delivery packets, delivery time and energy saving in many setup conditions, in this paper we show that in the AODV case its effectiveness is kept only in some operative conditions as a consequence of the intrinsic structure of the protocol.
On the AODV Distributed Power Control Performance
BERGAMO, PIERPAOLO;MANIEZZO, Daniela;GIOVANARDI, Alessandra;MAZZINI, Gianluca;ZORZI, Michele
2002
Abstract
Abstract— The distributed power control (DPC) for ad hoc networks proposed and tested in [1] has been applied to AODV protocol. To test the performance of the power controlled version of AODV, some simulations have been run by considering two different kinds of traffic generation and different mobility con- ditions. Even though power controlled version of Dijkstra and Link State protocols [1] have shown good results in terms of per- centage of delivery packets, delivery time and energy saving in many setup conditions, in this paper we show that in the AODV case its effectiveness is kept only in some operative conditions as a consequence of the intrinsic structure of the protocol.I documenti in SFERA sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
