When considering node expiration time, the MMBCR shows
the best performance, because it tries to evenly distribute the
total energy consumption among nodes. The MTPR attempts
to minimize the total transmission time power consumed per
packet, regardless of the lifetime of each node. However, there
is no guarantee for a longer lifetime of nodes. Besides, as
for the connection expiration time, the MTPR shows the best
performance, because it can still select the shortest path among
so many available routes in the dense network. Therefore, we
obtained the results showing that the MTPR outperforms the
MMBCR in term of the average number of hops, the average
connection expiration time, and the throughput (see Table III).
When considering node expiration time, the MMBCR showsthe best performance, because it tries to evenly distribute thetotal energy consumption among nodes. The MTPR attemptsto minimize the total transmission time power consumed perpacket, regardless of the lifetime of each node. However, thereis no guarantee for a longer lifetime of nodes. Besides, asfor the connection expiration time, the MTPR shows the bestperformance, because it can still select the shortest path amongso many available routes in the dense network. Therefore, weobtained the results showing that the MTPR outperforms theMMBCR in term of the average number of hops, the averageconnection expiration time, and the throughput (see Table III).
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