Power cosumption using Jtrana
WSN is one routing protocol algorithm that depend on battery as power supply. Every strategy of routing protocol need to plan in order to save battery power as much as possible. This is because of by focus on energy consumption we can ensure the live spend of battery will be prolong. However to save battery energy it got limitation where average delay and throughput for the network must in acceptable range. But for let we see what existing routing algorithm can give in order to save power consumption.
Here there are some example simulation and result show power consumption by Jtrana:
Here node 0 where act as access point to collect data from common node
Here example one of common node where the power consumption less than access point
We are now compare between three routing algorithm, we are only focus on access point because from our observation show access point will always use large of energy consumption. So we make it more than other common nodes.
From figure above only 3 nodes manage generate more than 4000 packet. Now we try to see whether the three nodes most generate packet have relationship with forwarding packet. 
There are several relation ship about the node there are: .bmp)
This may be give some clue about forwarding packet...
From the result show not much packet manage to receive at access point, this what we want to figure about? 
A lot of dropped packet, more than 8000 packet so, this what we want to avoid of.
From figure above node no. 3 & 4 not activate to generate packet.
