Install Aquasim in ns-2.34

tmsherazi · 02-16-2015, 08:21 PM

Dear Sir; please tell how we can we measure the depth of a node and how we routing based on node depth. please do some help

tmsherazi · 02-17-2015, 06:30 AM

Sir, please help me

tmsherazi · 02-18-2015, 10:29 AM

Sir is there any source of tcl scripting from where i got some help for hop hop routing not depend on vector base routing approach

knudfl · 02-18-2015, 11:38 AM

← ref. #47 .. #49.

Have you read all documentation ?
. http://obinet.engr.uconn.edu/wiki/im...-sim-10-26.pdf
. http://obinet.engr.uconn.edu/wiki/im...r_Tutorial.pdf
. http://obinet.engr.uconn.edu/wiki/index.php/Aqua-Sim

Have you tried out Aqua3d ?

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eng ehab · 03-30-2015, 01:41 PM

Please help me When making validate to aqua sim some mistakes appear in the testing process and when run any example in underwatersensor does not work

knudfl · 03-30-2015, 03:50 PM

Ref. post #50, @eng ehab : Welcome to LQ.

'./validate' will most often fail some tests.
Don't worry. Isn't usually with protocols that you are going to use.

Generally about Aqua-Sim : Please read posts #5 and #8 here
http://www.linuxquestions.org/questi...-a-4175466464/
I.e. a 32bits OS is required for full ns2 functionality.
? Which Ubuntu version are you using ?
And please show the reply from this command : $ uname -m

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eng ehab · 04-09-2015, 12:47 PM

what is the solutions of this problem when i install ns2.35 in ubundo 13.10 These messages are NOT errors and can be ignored: warning: using backward compatibility mode This test is not implemented in backward compatibility mode
validate overall report: some tests failed: ./test-all-tcpLinux to re-run a specific test, cd tcl/test; ./test-all-TEST-NAME and when run any example in underwatersensor does not work
and

osama@ubuntu:~$ uname -m
x86_64

knudfl · 04-09-2015, 01:23 PM

Re #52.

Ns-2.35 can not be used for Aqua-Sim.

Warnings like "using backward compatibility mode" can be ignored.
Warnings are informational text, not errors ( or problems.)

$ uname -m >>> x86_64 : You shouldn't use a 64bits OS for ns2.
Ns2 is for a 32bits (i686) OS.
However the most default simulations can also work with a 64bits OS.

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eng ehab · 04-09-2015, 02:28 PM

can i use ns2.34 in ubundu 14.4 (32 bits) to Aqua-Sim1.0

knudfl · 04-09-2015, 04:22 PM

Re #54.

Usually we do :
1) $ mkdir aquasim && cd aquasim/
2) $ tar xvf Aqua-Sim-1.0.tgz
... then you have a complete "ns-allinone-2.30" !
So we could have made a folder 'ns-allinone-2.30' instead of 'mkdir aquasim'.

? What would be a reason for porting Aqua-Sim to a later ns2 ?

The result would probably just be some simulations not working right.

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eng ehab · 04-11-2015, 01:26 PM

When I try to run any example in aqua-sim ,this message that appears(ehab@ehab-SATELLITE-C660:~/Aqua-Sim-1.0/ns-2.30/underwatersensor/uw_tcl$ ns vbf_example_5.tcl
the file name is vbf_example_5.data
the sending interval is 10.0
invalid command name "Agent/Vectorbasedforward"
while executing
"Agent/Vectorbasedforward set hop_by_hop_ 0"
(file "vbf_example_5.tcl" line 64)
) , with the knowledge that I have used numerous version from ns2, and many versions of ubuntu and The message has not changed

knudfl · 04-11-2015, 02:05 PM

Re #56.

Quote:

invalid command name "Agent/Vectorbasedforward"

You are using an 'ns' executable with no aquasim.

? Have you read the aquasim posts to know how to build Aqua-Sim ?
. http://www.linuxquestions.org/questions/tags/aquasim/
. http://network-simulator-ns-2.7690.n...85.html#a29814

The build ( Ubuntu 14.04 ) :
$ cd aquasim/
$ patch -p0 < ns230_gcc44.patch
https://drive.google.com/file/d/0B7S...ew?usp=sharing
$ export CC=gcc-4.4 CXX=g++-4.4 && ./install
$ cd ns-2.30/ && sudo make install
$ cp ns ns-aqua
$ sudo cp ns-aqua /usr/local/bin/
$ cd underwatersensor/uw_tcl/
$ ns-aqua vbf_example_5.tcl

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eng ehab · 04-17-2015, 08:03 PM

please help me i want to run uw_mac which have files .cc ,files .o and files .h how ?

knudfl · 04-18-2015, 05:07 AM

Re #58.

$ cd ns-2.30/underwatersensor/uw_tcl/

Code:

$ grep -n "Mac/UnderwaterMac/BroadcastMac" *
broadcastMAC_example.tcl:set opt(mac)           Mac/UnderwaterMac/BroadcastMac
broadcastMAC_example.tcl:Mac/UnderwaterMac/BroadcastMac set packet_size_  568
GOAL-random.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_ 0
GOAL-random.tcl:Mac/UnderwaterMac/BroadcastMac set packet_size_ $opt(packet_size)
hop_by_hop_VBF_example.tcl:set opt(mac)         Mac/UnderwaterMac/BroadcastMac
hop_by_hop_VBF_example.tcl:Mac/UnderwaterMac/BroadcastMac set packet_size_  400 ;# bits 
kinematic.tcl:set opt(mac)                      Mac/UnderwaterMac/BroadcastMac
uw_rwp.tcl:set opt(mac)                 Mac/UnderwaterMac/BroadcastMac
vbf_example_5.tcl:set opt(mac)          Mac/UnderwaterMac/BroadcastMac
vbf_example_5.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_ 0 ;# #of bytes
vbf_example_6.tcl:set opt(mac)          Mac/UnderwaterMac/BroadcastMac
vbf_example_6.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_ 0 ;# #of bytes
vbva_example.tcl:set opt(mac)           Mac/UnderwaterMac/BroadcastMac
vbva_example.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_  0  ;# # of bytes

Code:

$ grep "Mac/UnderwaterMac/" *
broadcastMAC_example.tcl:set opt(mac)		Mac/UnderwaterMac/BroadcastMac
broadcastMAC_example.tcl:Mac/UnderwaterMac/BroadcastMac set packet_size_  568
GOAL-random.tcl:set opt(mac)		Mac/UnderwaterMac/GOAL
GOAL-random.tcl:Mac/UnderwaterMac/GOAL set MaxBurst $opt(max_burst)
GOAL-random.tcl:Mac/UnderwaterMac/GOAL set VBF_MaxDelay 2.0
GOAL-random.tcl:Mac/UnderwaterMac/GOAL set MaxRetxTimes 6
GOAL-random.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_ 0
GOAL-random.tcl:Mac/UnderwaterMac/BroadcastMac set packet_size_ $opt(packet_size)
GOAL-string.tcl:set opt(mac)		Mac/UnderwaterMac/GOAL
GOAL-string.tcl:Mac/UnderwaterMac/GOAL set MaxBurst $opt(max_burst) 
GOAL-string.tcl:Mac/UnderwaterMac/GOAL set MaxRetxTimes 6 
GOAL-string.tcl:Mac/UnderwaterMac/GOAL set VBF_MaxDelay 2.0
hop_by_hop_VBF_example.tcl:set opt(mac)		Mac/UnderwaterMac/BroadcastMac
hop_by_hop_VBF_example.tcl:Mac/UnderwaterMac/BroadcastMac set packet_size_  400 ;# bits 
kinematic.tcl:set opt(mac)			Mac/UnderwaterMac/BroadcastMac
kinematic.tcl:#Mac/UnderwaterMac/AlohaOverhear set  MaxResendInterval_ 0.2
kinematic.tcl:#Mac/UnderwaterMac/AlohaOverhear set  DeltaDelay_ 1
rmac-example.tcl:set opt(mac)		Mac/UnderwaterMac/RMac
rmac-example.tcl:Mac/UnderwaterMac/RMac set ND_window_  $opt(ND_window)
rmac-example.tcl:Mac/UnderwaterMac/RMac set ACKND_window_ $opt(ACKND_window)
rmac-example.tcl:Mac/UnderwaterMac/RMac set PhaseOne_window_ $opt(PhaseOne_window)
rmac-example.tcl:Mac/UnderwaterMac/RMac set PhaseTwo_window_ $opt(PhaseTwo_window)
rmac-example.tcl:Mac/UnderwaterMac/RMac set PhaseTwo_interval_ $opt(PhaseTwo_interval)
rmac-example.tcl:Mac/UnderwaterMac/RMac set IntervalPhase2Phase3_ $opt(IntervalPhase2Phase3)
rmac-example.tcl:#Mac/UnderwaterMac/RMac set ACKRevInterval_ 0.1 
rmac-example.tcl:Mac/UnderwaterMac/RMac set duration_ $opt(duration)
rmac-example.tcl:Mac/UnderwaterMac/RMac set PhyOverhead_ $opt(PhyOverhead)
rmac-example.tcl:Mac/UnderwaterMac/RMac set large_packet_size_  $opt(large_packet_size) 
rmac-example.tcl:Mac/UnderwaterMac/RMac set short_packet_size_  $opt(short_packet_size)
rmac-example.tcl:Mac/UnderwaterMac/RMac set PhaseOne_cycle_   $opt(PhaseOne_cycle)
rmac-example.tcl:Mac/UnderwaterMac/RMac set PhaseTwo_cycle_   $opt(PhaseTwo_cycle)
rmac-example.tcl:Mac/UnderwaterMac/RMac set PeriodInterval_   $opt(PeriodInterval)
rmac-example.tcl:Mac/UnderwaterMac/RMac set transmission_time_error_ $opt(transmission_time_error) 
tmac-example.tcl:set opt(mac)		Mac/UnderwaterMac/TMac
tmac-example.tcl:Mac/UnderwaterMac/TMac set ND_window_                   $opt(ND_window)
tmac-example.tcl:Mac/UnderwaterMac/TMac set ACKND_window_                $opt(ACKND_window)
tmac-example.tcl:Mac/UnderwaterMac/TMac set PhaseOne_window_             $opt(PhaseOne_window)
tmac-example.tcl:Mac/UnderwaterMac/TMac set PhaseTwo_window_             $opt(PhaseTwo_window)
tmac-example.tcl:Mac/UnderwaterMac/TMac set IntervalPhase2Phase3_        $opt(IntervalPhase2Phase3)
tmac-example.tcl:Mac/UnderwaterMac/TMac set duration_                    $opt(duration)
tmac-example.tcl:Mac/UnderwaterMac/TMac set PhyOverhead_                 $opt(PhyOverhead)
tmac-example.tcl:Mac/UnderwaterMac/TMac set large_packet_size_           $opt(large_packet_size)
tmac-example.tcl:Mac/UnderwaterMac/TMac set short_packet_size_           $opt(short_packet_size) 
tmac-example.tcl:Mac/UnderwaterMac/TMac set PhaseOne_cycle_              $opt(PhaseOne_cycle)
tmac-example.tcl:Mac/UnderwaterMac/TMac set PeriodInterval_              $opt(PeriodInterval)
tmac-example.tcl:Mac/UnderwaterMac/TMac set transmission_time_error_     $opt(transmission_time_error)
tmac-example.tcl:Mac/UnderwaterMac/TMac set ContentionWindow_            $opt(ContentionWindow)
tmac-example.tcl:Mac/UnderwaterMac/TMac set TransmissionRange_           90
uwan-mac-random.tcl:set opt(mac)			Mac/UnderwaterMac/UWANMac
uwan-mac-random.tcl:Mac/UnderwaterMac/UWANMac set AvgCyclePeriod [expr 1/$opt(data_rate_)]
uwan-mac-random.tcl:Mac/UnderwaterMac/UWANMac set StdCyclePeriod 1
uw_rwp.tcl:set opt(mac)			Mac/UnderwaterMac/BroadcastMac
uw_rwp.tcl:#Mac/UnderwaterMac/AlohaOverhear set  MaxResendInterval_ 0.2
uw_rwp.tcl:#Mac/UnderwaterMac/AlohaOverhear set  DeltaDelay_ 1
vbf_example_5.tcl:set opt(mac)		Mac/UnderwaterMac/BroadcastMac
vbf_example_5.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_ 0 ;# #of bytes
vbf_example_6.tcl:set opt(mac)		Mac/UnderwaterMac/BroadcastMac
vbf_example_6.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_ 0 ;# #of bytes
vbva_example.tcl:set opt(mac)		Mac/UnderwaterMac/BroadcastMac
vbva_example.tcl:Mac/UnderwaterMac/BroadcastMac set packetheader_size_  0  ;# # of bytes

"uw_mac" = Mac/UnderwaterMac/BroadcastMac , Mac/UnderwaterMac .
So you can see for yourself that all these simulations actually are using "uw mac".
* No c++ files (files.cc, files.h) are used at simulation time / run time.

* ns2 works this way : All functions in {files.cc, files.cc, tcl/lib/*, tcl/<etc>/}:
... are compiled into the ececutable 'ns' ('ns-aqua').
* These files only are used at runtime / simulation time :
Aquasim/{ lib/*/*, bin/tcsh8* }, /usr/local/bin/ns-aqua . Nothing else.
The complete ns-2.30/ folder can actually be deleted,
and you can still run the examples from a random located copy of "uw_tcl/".

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eng ehab · 04-18-2015, 03:52 PM

I could not understand what you want to say