ME TH$\text{'}$S CODE WR WR$$TE If DTance $($i$,$ j$)<$ NRRange, then according to the distance

transmission is possible from node I through intermediate $($In$+1)$

nodes.

$\}$

else

$\{$

Forward RREQ packets and receive RREP till destination

is not found

$\}\}$

else

$\{$

Destination not in range or not found;

$\}$

$\}$

$(1)............))+))$

i$=1,2,3,4,5...$n$,$ j$=1,2,3,4,5...$n$(2).................(()/())$tan $=\backslash$theta No$.$ of Nodes $=$ NNn $//$Total Mobile Nodes

Set Source nodes $=$ Sn $//$Sn $$ NNn

Set Destination Nodes $=$ Dn $//$ Rn $$ NNn

Intermediate nodes $=($NNn $-($Sn $+$ Dn $))=$ In

Routing Protocol $=$AOMDV

Location Protocol$=$DREAM

Hybrid Routing $=$ DMR

Start simulation time $=$ t$0$

End Simulation Time$=$ tn

Radio Range of Mobile Nodes $=$ NRRange; $//$Initialize

radio range is $250$meters

AOMDV Broadcast RREQ $($S$,$ R$,$ NRRange$)$

$\{$

If $(($RRange $<=550)$ && $($Next$\_$hop information $==$ True$)//$

Next hop available

$\{$

route$\_$table$->$insert$($rtable$->$next$\_$hop informatiom$)$; $//$

Next$\_$hop to RREQ by source

route$\_$table $1->$insert$($rtable$1->$next$\_$hop$)$; $//$

Next$\_$hop to RREQ to destination;

route$\_$table $2...................$

route$\_$table $3......................$

$....................$

route$\_$tablen $->$insert$($route$\_$tablen$->$next$\_$hopn$)$; $//$

Next$\_$hopn to RREQ destination

RREP In to S n $||$ RREP In $+1$ to In

if $($Destination$==$Found$)$

$\{$

Send Connection Confirmation with extra field of

$($Nodes Speed and Location coordinate value$)$ with

rtable$1$;

Data$\_$Packet $($Sender$\_$Node, hop$\_$count,

Destination$\_$Node$)//$