sample_msf.tcl

运行于linux上的CIMS套件

## Hawaii-simulation 
#
#                       o W1                 WIRED NODES
#                       |
#                       o W2
#                      / \
#                     /   \                    
#--*--*--*--*--*--*- o     o base-stn nodes  --*-*-*-*-*-*-*-
#                   BS1      BS2               
#                       o
#                  o    MH       o          WIRELESS NODE MOVING
#                MH               MH    FROM BS1 TO BS2.
#
#
# Author: Chieh-Yih Wan
#         [e-mail]

#options for wireless domain
set opt(chan)		Channel/WirelessChannel
set opt(prop)		Propagation/TwoRayGround
set opt(netif)		Phy/WirelessPhy
set opt(mac)		Mac/802_11
set opt(ifq)		Queue/DropTail/PriQueue
set opt(ll)		LL
set opt(ant)            Antenna/OmniAntenna
set opt(x)		500	;# X & Y dimension of the topography
set opt(y)		500     ;# hard wired for now...
set opt(rp)             NOAH    ;# routing protocls: NOAH
set opt(ifqlen)		50		;# max packet in ifq
set opt(seed)		0.0
set opt(stop)		15.2		;# default simulation time
set opt(cc)             "off"
set opt(tr)		hawaii-air.tr	;# trace file (Wireless traffic)
set opt(cp)             ""
set opt(sc)             ""
set opt(ftp0-start)     6.0
set opt(BgTrafficStart) 0.1

# =================================================================
set num_wired_nodes    7
set num_bs_nodes       4
set num_wireless_nodes 1

set opt(nn)            5         ;# total number of wireless nodes
#==================================================================
# Other class settings

Agent/TCP set sport_		0
Agent/TCP set dport_		0
Agent/TCP set packetSize_	1460

Queue/DropTail/PriQueue set Prefer_Routing_Protocols    1

# unity gain, omni-directional antennas
# set up the antennas to be centered in the node and 1.5 meters above it
Antenna/OmniAntenna set X_ 0
Antenna/OmniAntenna set Y_ 0
Antenna/OmniAntenna set Z_ 1.5
Antenna/OmniAntenna set Gt_ 0.2
Antenna/OmniAntenna set Gr_ 0.2

# Initialize the SharedMedia interface with parameters to make
# it work like the 914MHz Lucent WaveLAN DSSS radio interface
Phy/WirelessPhy set CPThresh_ 10.0
Phy/WirelessPhy set CSThresh_ 1.559e-11
Phy/WirelessPhy set RXThresh_ 3.652e-10
Phy/WirelessPhy set Rb_ 2*1e6
Phy/WirelessPhy set Pt_ 0.2818
Phy/WirelessPhy set freq_ 914e+6 
Phy/WirelessPhy set L_ 1.0

# ==================================================================
source ../lib/ns-wireless-mip.tcl

# Registration interval in Mobile
Agent/MIPMH set reg_rtx_ 1.0
# ==================================================================
## Session Specific setting, command line arguments
#  usage: ns sample_msf <speed> <overlap> <simulation Time>
#
set speed(1) [ lindex $argv 0 ]
set overlap [ lindex $argv 1 ]
set stopTime [ lindex $argv 2 ]
if {$stopTime != ""} {
    set opt(stop) $stopTime
    if {$stopTime <= 1} {
	set opt(stop) 1.1; # since traffic for MH start at 1
    }
}

# Increase Queue in link to introduce delay instead of dropping
Queue set limit_ 200

# number of Packets received in MH's sink
set pktsNum 0
# intial setup - set addressing to hierarchical
set ns [new Simulator]
$ns set-address-format hierarchical

# set mobileIP flag
Simulator set mobile_ip_ 1

# ==================================================================
# enable Hawaii Routing
set HawaiiRouting 1
# enable Hawaii MSF Routing
set HawaiiRoutingMSF 1; # set to 0 if using UNF routing
# ==================================================================

set namtrace [open hawaii.nam w]
$ns namtrace-all $namtrace
# suppress huge trace file
set trace [open /dev/null w]
$ns trace-all $trace

AddrParams set domain_num_ 1
lappend cluster_num 11
AddrParams set cluster_num_ $cluster_num
lappend eilastlevel 1 1 1 1 1 1 1 2 1 1 1 ; 
AddrParams set nodes_num_ $eilastlevel

#create intermediate host
set W(0) [$ns node 0.0.0]
set W(1) [$ns node 0.1.0]
set W(2) [$ns node 0.2.0]
set W(3) [$ns node 0.3.0]
set W(4) [$ns node 0.4.0]
set W(5) [$ns node 0.5.0]
#create corresponding host
set host [$ns node 0.6.0]

$W(0) color "red"
# node W(0) is the Domain Root Router
set DRRaddress [$W(0) address?]
# Highlight Hawaii Router
foreach i {1 2 3 4 5} {
    $W($i) color "purple"
}

# ==================================================================
source hawaii-lib.tcl
foreach i {0 1 2 3 4 5} {
    makeHawaiiRouter $W($i) $DRRaddress
}

## create common objects reqd for wireless sim.
if { $opt(x) == 0 || $opt(y) == 0 } {
	puts "No X-Y boundary values given for wireless topology\n"
}
set chan        [new $opt(chan)]
set prop        [new $opt(prop)]
set topo	[new Topography]

# trace for CMUtrace, for wireless traffic
set tracefd	[open $opt(tr) w]

# setup topography and propagation model
$topo load_flatgrid $opt(x) $opt(y)
$prop topography $topo

# Create God
create-god $opt(nn)

# Configure using NOAH routing in Wireless domain
$ns node-config -mobileIP ON \
                 -adhocRouting $opt(rp) \
                 -llType $opt(ll) \
                 -macType $opt(mac) \
                 -ifqType $opt(ifq) \
                 -ifqLen $opt(ifqlen) \
                 -antType $opt(ant) \
                 -propType $opt(prop) \
                 -phyType $opt(netif) \
                 -channelType $opt(chan) \
                 -topoInstance $topo \
                 -wiredRouting ON \
                 -agentTrace ON \
                 -routerTrace ON \
                 -macTrace ON

# Set tranmission Power so that overlapping area is desired
if {$overlap == ""} {
    set overlap 30
}

set power 0.29705643626340894
## setup Hawaii Base Station nodes using NOAH
$ns node-config -rxPower $power -txPower $power
set BS(1) [$ns node 0.7.0]

##################################################################
# create a mobilenode that would be moving between BS1 and BS2.  #
# node address of MH indicates its in the same domain as BS1.    #
##################################################################
$ns node-config -wiredRouting OFF; 
$ns node-config -rxPower $power -txPower $power
set MH_(1) [$ns node  0.7.1]
##################################################################
$ns node-config -wiredRouting ON; 

## setup Hawaii Base Station nodes using NOAH
$ns node-config -rxPower $power -txPower $power
set BS(2) [$ns node 0.8.0]
$ns node-config -rxPower $power -txPower $power
set BS(3) [$ns node 0.9.0]
$ns node-config -rxPower $power -txPower $power
set BS(4) [$ns node 0.10.0]

# ==================================================================
# Allocate buffer in Base Station for the incoming data packets:
#               << ONLY WORKS IN HAWAII MSF Scheme >>
# argument: <size in pkts> <time in ms> 
foreach i {1 2 3 4} {
    makeHawaiiBS $BS($i) $DRRaddress
    createMsfBuffer $BS($i) 5 10 
}

#provide some co-ord (fixed) to these base-station nodes.
$BS(1) set X_ 1.000000000000
$BS(1) set Y_ 1.000000000000
$BS(1) set Z_ 0.000000000000

$BS(2) set X_ 140.000000000000
$BS(2) set Y_ 140.000000000000
$BS(2) set Z_ 0.000000000000

$BS(3) set X_ 280.000000000000
$BS(3) set Y_ 280.000000000000
$BS(3) set Z_ 0.000000000000

$BS(4) set X_ 420.000000000000
$BS(4) set Y_ 420.000000000000
$BS(4) set Z_ 0.000000000000

# Set default mobile movement speed, cell overlapping size, simulation time.
if {$speed(1) == ""} {
    set speed(1) 20.000000000000
}
# Set tranmission Power so that overlapping area is desired
if {$overlap == ""} {
    set overlap 30
}

set BS1address [AddrParams set-hieraddr [$BS(1) node-addr]]

set ns_ [Simulator instance]

## Label the Special Node in NAM
$ns_ at 0.0 "$BS(1) label Hawaii_BStation"
$ns_ at 0.0 "$BS(2) label Hawaii_BStation"
$ns_ at 0.0 "$BS(3) label Hawaii_BStation"
$ns_ at 0.0 "$BS(4) label Hawaii_BStation"
$ns_ at 0.0 "$W(0) label Domain-Root-Router"
$ns_ at 0.0 "$W(1) label Hawaii-Router"
$ns_ at 0.0 "$W(2) label Hawaii-Router"
$ns_ at 0.0 "$W(3) label Hawaii-Router"
$ns_ at 0.0 "$W(4) label Hawaii-Router"
$ns_ at 0.0 "$W(5) label Hawaii-Router"
$ns_ at 0.0 "$host label C-Host"

# ==================================================================
# movement of the MH

# move towards other BS
set spoint 330.0
set dpoint 370.0

# number of handoff in this simulation session
set NumOfHO 110

set stime 4 
set StayTime 2 
set spoint 330.0
set dpoint 370.0

set dist [expr (sqrt(2 * (pow(($dpoint - $spoint), 2))))]
puts "************************** DISTANCE: $dist ***********************"
set trip_time [expr ($dist / $speed(1)) + $StayTime]

$MH_(1) set Y_ $spoint
$MH_(1) set X_ $spoint

set rnd [new RandomVariable/Uniform]
$rnd set min_ 0.0
$rnd set max_ 1

for {set i 1} {$i < [expr $NumOfHO +1]} {incr i} {
    set rv [$rnd value]
    set rv [$rnd value]
    set rv [$rnd value]
    set j [expr $i * $trip_time - $stime]
    set k [expr $i % 2]
    if { $k == 1 } {
         $ns at $j "$MH_(1) setdest $dpoint $dpoint $speed(1)"
         $ns at $j "puts =============>>>"
    } else {
         $ns at $j "$MH_(1) setdest $spoint $spoint $speed(1)"
         $ns at $j "puts <<<============="
    }
    puts "$i*****time: $j"
}   

if { $opt(x) == 0 || $opt(y) == 0 } {
	usage $argv0
	exit 1
}

if {$opt(seed) > 0} {
	puts "Seeding Random number generator with $opt(seed)\n"
	ns-random $opt(seed)
}

#
# Source the Connection and Movement scripts
#
if { $opt(cp) == "" } {
	#puts "*** NOTE: no connection pattern specified."
        set opt(cp) "none"
} else {
	puts "Loading connection pattern..."
	source $opt(cp)
}

if { $opt(sc) == "" } {
	#puts "*** NOTE: no scenario file specified."
        set opt(sc) "none"
} else {
	puts "Loading scenario file..."
	source $opt(sc)
	puts "Load complete..."
}

# create links between wired and BaseStation nodes
$ns duplex-link $host   $W(0) 10Mb 2ms DropTail
$ns duplex-link $W(0) $W(1) 10Mb 2ms DropTail
$ns duplex-link $W(0) $W(2) 10Mb 2ms DropTail
$ns duplex-link $W(1) $W(3) 10Mb 2ms DropTail
$ns duplex-link $W(1) $W(4) 10Mb 2ms DropTail
$ns duplex-link $W(2) $W(5) 10Mb 2ms DropTail
$ns duplex-link $W(3) $BS(1)  10Mb 2ms DropTail
$ns duplex-link $W(3) $BS(2)  10Mb 2ms DropTail
$ns duplex-link $W(4) $BS(3)  10Mb 2ms DropTail
$ns duplex-link $W(5) $BS(4)  10Mb 2ms DropTail

$ns duplex-link-op $host   $W(0) orient right
$ns duplex-link-op $W(0) $W(1) orient left-down
$ns duplex-link-op $W(0) $W(2) orient right-down
$ns duplex-link-op $W(1) $W(3) orient left-down
$ns duplex-link-op $W(1) $W(4) orient right-down
$ns duplex-link-op $W(2) $W(5) orient right-down
$ns duplex-link-op $W(3) $BS(1) orient left-down
$ns duplex-link-op $W(3) $BS(2) orient right-down
$ns duplex-link-op $W(4) $BS(3) orient right-down
$ns duplex-link-op $W(5) $BS(4) orient right-down

$ns color 1 Blue
$ns color 5 Blue
$ns color 6 Blue
$ns color 7 Blue
$ns color 8 green
$ns color 22 Blue

# Color for Control packet
$ns color 0 Red 

#### Setup UDP connection
set udp0 [new Agent/UDP]
$ns attach-agent $host $udp0
set cbr_(0) [new Application/Traffic/CBR]
$cbr_(0) set interval_ 10ms
$cbr_(0) attach-agent $udp0
   
set null_(0) [new Agent/LossMonitor]
$ns attach-agent $MH_(1) $null_(0)
   
$ns connect $udp0 $null_(0)
$udp0 set fid_ 11

foreach i {11 12} {
$ns color $i Blue
}
foreach i {1 2 3} {
$ns color $i orange
}
#endof UDP

# UDP traffic to the MH 1 and MH 2
$ns at 1.0 "$cbr_(0) start"
$ns at [expr $opt(stop) - 0.5] "$cbr_(0) stop"

#
# Tell all the nodes when the simulation ends
#
for {set i 1} {$i < $num_wireless_nodes } {incr i} {
    $ns_ at $opt(stop).0000010 "$MH_($i) reset";
}
foreach i {1 2 3 4} {
    $ns_ at $opt(stop).0000010 "$BS($i) reset";
}

foreach i {1} {
$ns_ at $opt(stop).20 "$MH_($i) log-movement"
}
$ns_ at $opt(stop).21 "finish"
$ns_ at $opt(stop).20 "puts \"NS EXITING...\" ; "

proc finish {} {
	global ns_ trace namtrace null_ cbr_ pktsNum mytrace
        global HawaiiRoutingMSF

	    puts stderr "=================================="
	if { $HawaiiRoutingMSF == 1 } {
	    puts stderr "Result for HAWAII using MSF scheme"
	} else {
	    puts stderr "Result for HAWAII using UNF scheme"
	}
	    puts stderr "=================================="

    foreach i {0} {
	puts stderr "Total number of packet lost:\
		[expr [$cbr_($i) set seqno_]-[$null_($i) set npkts_]]"
        puts stderr "Total packet sent:[$cbr_($i) set seqno_] \
		received:[$null_($i) set npkts_]"
    }
	$ns_ flush-trace
	close $namtrace
	close $trace

	puts "running nam..."
	exec ../../../bin/nam hawaii.nam &
        puts "Finishing ns.."
	exit 0
}

puts $tracefd "M 0.0 nn $opt(nn) x $opt(x) y $opt(y) rp $opt(rp)"
puts $tracefd "M 0.0 sc $opt(sc) cp $opt(cp) seed $opt(seed)"
puts $tracefd "M 0.0 prop $opt(prop) ant $opt(ant)"

puts "Starting Simulation..."
$ns_ run