@rakesh:
No. of nodes alive at the end of a round is the same as network lifetime.
I didnt use xgraph ... so can't suggest anything.

@nmmn134
I saw the same .. leach was better than leach-c.
I can only assume that this is due to the differences between ns2.35 (which i used) and ns2.1 (which Heinzelman) used ... There are significant differences in the implementation on the wireless channel.

However, the shape of my plots match those in the thesis for leach-c too ... and hence, i assumed my simulation was fine.

@deepa 2111
thx a lotttttttttt i changed the energy.cc and wireless-phy.cc as u said and my nergy is < 200 J
GOD bless u.thx a lot

@deepa 2111
Thanks for your reply.
But i want to calculate remaining energy after each round to plot graph.

I install exidus-pegasis_ns-234-leach.tar of exidus. The result seems reasonable. Leach-c was better than Leach because Leach-c was develop from leach.
the plot.
http://www.linuxquestions.org/questi...1&d=1363277097

Attached Thumbnails

 

1 members found this post helpful.

hi deepa2111
please i want to plot leach.alive leach .data and leach.energy (i'm using gnuplot) but i don't know really how to do that,i tried to use this command (plot "leach.X" 1:3 using lines; by the way X here is data,energy or alive) but the graphs that i got are really so strange and don't match with the theoric results !!! could u please help me and tell me what should i do exactly ??
thx in advance.

1 members found this post helpful.

i want to know how to get correct .nam file for leach
i added following code in WIRELESS.TCL

set nf [open $opt(rp).nam w]
$ns_ namtrace-all-wireless $nf $opt(x) $opt(y)

but in leach.nam file i am getting following output and its not working or showing simulation in nam(just empty window)

V -t * -v 1.0a5 -a 0
W -t * -x 1000 -y 1000
A -t * -n 1 -p 0 -o 0xffffffff -c 31 -a 1
A -t * -h 1 -m 2147483647 -s 0

please tell how to do correct simulation with correct output in leach.nam file asap.
thanx in advance..

1 members found this post helpful.

hello every one i am doing some modifications in ns-leach.tcl and i am stuck in how to recover the energy of node to know who has the biggest one so i can chose it like second cluster head plz help me

What and how to modify that...plz describe step by step...

I m stuck on the problem:

"In member function ‘void CMUTrace::format_rca(Packet*, int)’:
trace/cmu-trace.cc:1531: error: ‘A’ was not declared in this scope
trace/cmu-trace.cc:1535: error: ‘R’ was not declared in this scope
trace/cmu-trace.cc:1539: error: ‘D’ was not declared in this scope
make: *** [trace/cmu-trace.o] Error 1"

root@ubuntu:/home/raju/ns-allinone-2.34/ns-2.34#

plz plz help.. how to solv???????????

this is my code to select a vice cluster head among cluster nodes, according to their energy, the cluster head chooses among its member , the node with the highest energy . this is the code

# Set the TDMA schedule and send it to all nodes in the cluster.
set TDMA $clusterNodes_
set Ei 0
set nodeID [$self nodeID]
set element $nodeID

foreach element $TDMA {

set E [[$self getER] query]
puts " energy est $E "
if { $Ei < $E } {
set Ei $E

}
}
set SCH $element
puts " le vice cluster de CH $chID est $SCH "

-->the result (energy nodes of each cluster are equal)
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
energy est 1.4088472606115843
the vice cluster head of CH 7 is 23
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
energy est 1.3976149376339855
the vice cluster head of CH 10 is 42
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
energy est 1.4792380219880841
the vice cluster head of CH 25 is 53
energy est 1.3267670010478381
energy est 1.3267670010478381
energy est 1.3267670010478381
energy est 1.3267670010478381
the vice cluster head of CH 56 is 27
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
energy est 1.5025911961133158
the vice cluster head of CH 59 is 88

@rakeshpanchiwala

Could you please tell me how did you plot it please.and did you use AWk script or not.
Thank you

@lavender

I have plotted graph in xgraph format. Does not need any awk script.

Could you Tell me how please? and i will be grateful.

@Deepa 2111

please when i run the simulation of leach the output was


At 524.60000000005073:
Total Energy = 199.88864065249675
Total Data = 53086
Total Alive = 4

Simulation complete.
even if in the PhD thesis by Heinzelman the time was more than this could you tell me what is the problem please ?

hello sir i harshil
i want to modification in DSR routing protocl by using some code in dsr.cc file .i want to add this code in dsr.cc but some error is generated so plese help me.this code for acknolodgment reply for imrove performance of dsr

void MDSRAgent::getRouteForPacket(SRPacket &p, bool retry)
{
Entry *e = request_table.getEntry(p.dest);
Time time = Scheduler::instance().clock();
if snooze==1&&recv.ACK==1
SRPacket rrp = p;
rrp.pkt = p.pkt->copy();
hdr_sr *srh = hdr_sr::access(rrp.pkt);
hdr_ip *iph = hdr_ip::access(rrp.pkt);
hdr_cmn *cmh = hdr_cmn::access(rrp.pkt);
iph>daddr()=Address::instance().create_ipaddr(p.dest.getNSAddr_t(),RT_PORT);
iph->dport() = RT_PORT;
iph>saddr()=Address::instance().create_ipaddr(net_id.getNSAddr_t(),RT_PORT);
iph->sport() = RT_PORT;
cmnh->ptype() = PT_DSR;
cmnh->size() = size_;
cmnh->num_forwards() = 0;
}#endif