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Table 1: Packets management (DSR - AODV).
Protocol Generated
packet
Sent Pack-
ets
Lost
packets
DSR 1390 1390 23
AODV 849 846 17
Table 2: Communication from the node 2-5.
Protocol Sent packets Lost Pack-
ets
Deleted
packets
DSR 690 13 0
AODV 401 8 0
Table 3: Delay between the node 2-5 (DSR - AODV).
ProtocolMinimum
delay
Average
delay
Maximum
delay
DSR 0.017022 seg. 0.271257 seg. 0.329094 seg.
AODV 0.004172 seg. 0.030682 seg. 0.193194 seg.
5 CONCLUSIONS
On the basis of the analysis, simulation and results
there concludes that:
• The performance of the protocols of routering
reagents depend on the stage that appears in a sim-
ulation. In normal cases as it appears in the ob-
tained results, DSR presents better performance
that AODV. This protocol in the routering with
QoS produces a major performance, minor late
and better effort of the protocol.
• DSR organizes enough good in networks where
less than one hundred of nodes exist. In these net-
works DSR is specially useful and highly adapt-
able in small environments.
• Amongthe protocol AODV and DSR, the protocol
AODV is more adapted for the quality in networks
by top mobility and they adapt to big and complex
environments.
• For QoSs provision in Ad Hoc networks we must
provide of an adaptative model of QoS where the
applications have to be able to adapt to the con-
ditions and to the availability of resources of the
Ad Hoc, which are highly dynamic. These models
will have to have jointly certain elements: control
of admission, control of congestion, police func-
tion, some mechanism to differentiate packages
and some mechanism that allows us to know the
condition or state of the network.
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