Papers by Harsh Sadawarti
International Journal of Electronics and Electrical Engineering, Sep 30, 2014
In this paper, an enhancement of the existing
DYMO protocol has been proposed by applying ACO
t... more In this paper, an enhancement of the existing
DYMO protocol has been proposed by applying ACO
technique. Ant agents have been applied instead of TCP
agents while generating traffic. The proposed routing
protocol has been implemented using ant based routing.
Network simulator ns2 version 2.34 has been used to
simulate, verify and validate the results. The proposed
protocol combines route maintenance feature of DYMO
and shortest best path feature of ant routing technique.
Shortest routes to the destination have been computed
using pheromone trail values generated by ant agents and
stored in pheromone routing tables. Node connectivity has
been increased by using ant agents with DYMO
mechanism.
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Papers by Harsh Sadawarti
DYMO protocol has been proposed by applying ACO
technique. Ant agents have been applied instead of TCP
agents while generating traffic. The proposed routing
protocol has been implemented using ant based routing.
Network simulator ns2 version 2.34 has been used to
simulate, verify and validate the results. The proposed
protocol combines route maintenance feature of DYMO
and shortest best path feature of ant routing technique.
Shortest routes to the destination have been computed
using pheromone trail values generated by ant agents and
stored in pheromone routing tables. Node connectivity has
been increased by using ant agents with DYMO
mechanism.
DYMO protocol has been proposed by applying ACO
technique. Ant agents have been applied instead of TCP
agents while generating traffic. The proposed routing
protocol has been implemented using ant based routing.
Network simulator ns2 version 2.34 has been used to
simulate, verify and validate the results. The proposed
protocol combines route maintenance feature of DYMO
and shortest best path feature of ant routing technique.
Shortest routes to the destination have been computed
using pheromone trail values generated by ant agents and
stored in pheromone routing tables. Node connectivity has
been increased by using ant agents with DYMO
mechanism.