Re: [ns] Finding Node ID
create your links as follows: $ns duplex-link $CN_($i) $W(1) 10Mb $delay_links DropTail right-down < or left, or right, etc standard request follows: now that you have your problem solved, please describe the problem and the solution in the NS2 wiki, __in your own words__, to help the next NS2 users that has a similar problem. Thanks :-) Pedro Vale Estrela Hello Pedro, Thank you for the help...that was everything i needed. Just one more thing if you can help medo you know if it is possible to load a previously saved layout of my topology in NAM? Best Regards, On 7/3/06, Pedro Vale Estrela <[EMAIL PROTECTED]> wrote: http://tagus.inesc-id.pt/~pestrela/ns2/ns2_haddr_tips.html Type of Addresses that a node can have in NS2 (hAddr, ID, iAddr, Handle)? In NS2, a node can be uniquely identified by several forms the "handle" is the otcl name; it refers to an object of the form "_oXXX", and because of this, it is the only form can be used to directly call internal instprocs and variables. the "haddr" is the Hierarchical address, on the form " X.Y.Z" the "iaddr" is the INTEGER hierarchical address, where the haddr string is simply ENCODED in a 32 bit integer. the "id" is the sequential Node ID of the simulator. ... In my ns2_shared_procs.tcl "utils" tcl file, I introduce procs for all possible conversions of each form, using the procs "handle2iaddr", "handle2haddr", "handle2id", etc. http://tagus.inesc-id.pt/~pestrela/ns2/files/ns2_shared_procs.tcl Feel free to ask further questions if necessary Pedro Vale Estrela > I am currently implementing a routing algorithm in NS2. I have utilized > the > command [$node neighbors] for discovering the neighbors of a specific > node. > > This command returns a list with the following three elements (_o13, _o16, > _019). Is is possible in TCL to retrieve dynamically the ID of each node > using this elements in the list. > > For example: > > _o19 = n(1) > _o13 = n (0) > _o16 = n(2)
Re: [ns] Finding Node ID
http://tagus.inesc-id.pt/~pestrela/ns2/ns2_haddr_tips.html Type of Addresses that a node can have in NS2 (hAddr, ID, iAddr, Handle)? In NS2, a node can be uniquely identified by several forms the "handle" is the otcl name; it refers to an object of the form "_oXXX", and because of this, it is the only form can be used to directly call internal instprocs and variables. the "haddr" is the Hierarchical address, on the form "X.Y.Z" the "iaddr" is the INTEGER hierarchical address, where the haddr string is simply ENCODED in a 32 bit integer. the "id" is the sequential Node ID of the simulator. ... In my ns2_shared_procs.tcl "utils" tcl file, I introduce procs for all possible conversions of each form, using the procs "handle2iaddr", "handle2haddr", "handle2id", etc. http://tagus.inesc-id.pt/~pestrela/ns2/files/ns2_shared_procs.tcl Feel free to ask further questions if necessary Pedro Vale Estrela > -Original Message- > From: [EMAIL PROTECTED] [mailto:[EMAIL PROTECTED] On Behalf > Of Nicholas Loulloudes > Sent: segunda-feira, 3 de Julho de 2006 10:55 > To: ns-users@ISI.EDU > Subject: [ns] Finding Node ID > > > Hello, > > I am currently implementing a routing algorithm in NS2. I have utilized > the > command [$node neighbors] for discovering the neighbors of a specific > node. > > This command returns a list with the following three elements (_o13, _o16, > _019). Is is possible in TCL to retrieve dynamically the ID of each node > using this elements in the list. > > For example: > > _o19 = n(1) > _o13 = n (0) > _o16 = n(2) > > Regards, > > > -- > Nicholas Loulloudes > > Postgraduate at Communication Networks and Software. > > BSc in Computer Science.
[ns] Finding Node ID
Hello, I am currently implementing a routing algorithm in NS2. I have utilized the command [$node neighbors] for discovering the neighbors of a specific node. This command returns a list with the following three elements (_o13, _o16, _019). Is is possible in TCL to retrieve dynamically the ID of each node using this elements in the list. For example: _o19 = n(1) _o13 = n (0) _o16 = n(2) Regards, -- Nicholas Loulloudes Postgraduate at Communication Networks and Software. BSc in Computer Science.
