Hi folks. I would like to understand the result of an energy consumption.
I'm running on Avrora the RadioCountToLeds TinyOS application, and I have
used the following topology file:
node0 0 0 0
node1 1 0 0
node2 2 0 0
node3 3 0 0
node4 4 0 0
node5 5 0 0
node6 6 0 0
node7 7 0 0
node8 8 0 0
node9 9 0 0
node10 10 0 0
I'm using the following Avrora command line:
$ avrora -action=simulate -simulation=sensor-network -platform=micaz
-monitors=energy,leds,packet,real-time -topology=static
-topology-file=top01.top
-stagger-start=9678758 -report-seconds=true -seconds=300 -nodecount=*C*
RadioCountToLeds.elf
And I'm ranging the *C* from 2 to 11 nodes in my sensor network.
The problem is that I'm not understanding why the radio energy consumption
for a two-nodes network is bigger than a ten-nodes network:
Nodes | Radio (Joule)
------|--------------
2 | 16,8212438540
3 | 16,7842262256
4 | 16,7472060158
5 | 16,7101858060
6 | 16,6731673361
7 | 16,6361488663
8 | 16,5991295133
9 | 16,5621101602
10 | 16,5250916751
11 | 16,4880731899
Would someone explain me what is happening in that situation?
PS1: I'm sending that message to both TinyOS and Avrora mail-list (sorry
for duplicates) because I don't know if my situation is about TinyOS (or
WSN) or Avrora usage.
PS2: Sorry for my english.
Regards
----
*Maycon Maia Vitali* (aka 0ut0fBound)
Offensive Security Certified Expert (OSCE)
Security Researcher @ Hack'n Roll
http://www.hacknroll.com <http://maycon.hacknroll.com/>
Hack'n Roll
PGP key *ID*: F23985E2
<http://pgp.mit.edu:11371/pks/lookup?op=get&search=0xC5F958A9F23985E2>
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