[ns] Nodes not receiving broadcast message

2008-03-13 Thread Sidney Doria
Hi Mukaka and all, try to add this ch-direction() = hdr_cmn::DOWN; ch-next_hop() = MAC_BROADCAST; Sidney Doria 2008/3/12, Nur Aini Rakhmawati [EMAIL PROTECTED]: in my protocol code, the addr_type is NS_AF_INET I define the port number as well here is my broadcast code :

[ns] how to access to a parameter in layer 3 from layer 2

2008-03-13 Thread fatma louati
hi everyone, I have already declared and calculated a parameter (X) in the Mac802_11.h and Mac802_11.cc I need that parameter to use it in routing protocol AODV. I wonder how to access to it from Mac802_11.cc. I did declared AODV like a friend class in MAC802_11.h when I run a


2008-03-13 Thread fatma louati
hi everybody, I have already defined an instance variable in mac-802_11.cc and I would like to access to it in my .tcl would someone please tell me how to do it. I would really appreciate it. thks in adance - Envoyé avec Yahoo! Mail. Une boite

[ns] FW: How to modify default parameters in IEEE 802.16?

2008-03-13 Thread ahmad hussain
From: [EMAIL PROTECTED]: [EMAIL PROTECTED]: How to modify default parameters in IEEE 802.16?Date: Thu, 13 Mar 2008 19:30:22 +0500 would someone please help me ! I am simulating IEEE 802.16 wimax, and want to modify the defaultparameters for Datarate_, Delay_,Bandwidth. Let me know

[ns] how to simulate 802.11 based wireless mesh networks ns2

2008-03-13 Thread Zhao, Liang
Hi all, I saw the paper of Enhanced Wireless Mesh Networking for ns-2 simulator. Is there an example of tcl of this simulation in ns-2.31 or 2.32? if not, anyone knows how I can find one tcl to run this simulation? Thanks. Liang This message is intended for the addressee(s) only and should not

[ns] Fwd: Multiple TCP connection

2008-03-13 Thread Livian
Livian [EMAIL PROTECTED] wrote: Date: Wed, 12 Mar 2008 12:13:53 -0700 (PDT) From: Livian [EMAIL PROTECTED] Subject: Multiple TCP connection To: NS-User ns-users@isi.edu Does anyone have some code realting with Fairness Calculation : Where 10 sender and 10 Receiver nodes will be