Dear all,
I did an easy experiment. Topology is a linear line of nodes,
5-4-3-2-1-0. The horizontal distance between two neighbor nodes is 85
meters. Stream A comes from 5 to 4, stream B comes from 3 to 2 and stream C
comes from 1 to 0. The packet size is 512 bytes, and every 0.01 sec, one
packet is sent from the agent. The MAC protocol is 802.11 and the routing
algorithm is AODV.
Out of 36995 packets in stream C, all reach 0. Out of 36998
packets in stream B, 15127 packets reach 2. Out of 36985 packets in stream
A, 9309 packets reach 4.
It is strange that C transmits all its packets, while B and A
drop many packets. Why? Attach the scripts and trace file. Thank you very
much.
Shengyan
On Thu, May 6, 2010 at 5:44 AM, Shengyan Hong <[email protected]> wrote:
> Dear all,
> I just did an easier experiment. Topology is a linear line of
> nodes, 5-4-3-2-1-0. The horizontal distance between two neighbor nodes is 85
> meters. Stream A comes from 5 to 4, stream B comes from 3 to 2 and stream C
> comes from 1 to 0. The packet size is 512 bytes, and every 0.01 sec, one
> packet is sent from the agent. The MAC protocol is 802.11 and the routing
> algorithm is AODV.
> Out of 36995 packets in stream C, all reach 0. Out of 36998 packets in
> stream B, 15127 packets reach 2. Out of 36985 packets in stream A, 9309
> packets reach 4.
> It is strange that C transmits all its packets, while B and A
> drop many packets. Why? Attach the scripts and trace file. Thank you very
> much.
>
> Shengyan
>
