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[moonv6] Getting our MOONv6 test in gear
From: Green, David B RDECOM CERDEC STCD SRI (Dave.B.Green@us.army.mil)
Date: 05/27/04
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moonv6 post from "Green, David B RDECOM CERDEC STCD SRI" <Dave.B.Green@us.army.mil>
Chris:
Now that you're back - thanks for the data you sent already on tunneling
mechanisms over tactical data radios, but I want a little more detail on the
tunneling tests for use in Army transition planning guidance. We only have
funding for a few weeks left, and I need to write a really good results
report so we can [HOPEFULLY] get more funding.
Here's the tests we need, and the order to test them:
[1] Run tunneling tests of configured and 6to4 tunnels with varying UDP
packet sizes: 64, 128, 256, 512, 1024, 1452 (with the IPv6 and UDP header
1452 makes a 1500 byte packet). Also run a TCP connection test at the same
time. Gather the data on Throughput, Delay, packets dropped, and router
CPU/memory usage
Run two sets of tests with the radios set up for different wave forms:
(1) Run test with the the VRC-99 like the WNW waveform at it's nominal rate of 2.5 Mbps and 3 timeslots.
(2) Run test with the the VRC-99 like the SRW waveform at it's nominal rate of 500 kbps and 3 timeslots.
[2] ROHC tests: Run with the current linux ROHC for now since we won't have
the optimized EFFNET version anytime soon. Set up linux laptops as gateways
with ROHC configured over the Ethernet. Run through the VRC-99s with varying
UDP packet sizes: 64, 128, 256, 512, 1024, 1452 (with the IPv6 and UDP
header 1452 makes a 1500 byte packet). Also run a TCP connection test at the
same time. Gather the data on Throughput, Delay, packets dropped.
Run two sets of tests with the radios set up for different wave forms:
(1) Run test with the the VRC-99 like the WNW waveform at it's nominal rate of 2.5 Mbps and 3 timeslots.
(2) Run test with the the VRC-99 like the SRW waveform at it's nominal rate of 500 kbps and 3 timeslots.
[3] Get CISCO HA and install it. Test with new Microsoft tech preview CN and
MN. Run test with the the VRC-99 like the SRW waveform at it's nominal
rate of 500 kbps and 3 timeslots. Capture Bind updates, and nonces
transmitted, etc. Test on both home network and foreign network with varying
UDP packet sizes: 64, 128, 256, 512, 1024, 1452 (with the IPv6 and UDP
header 1452 makes a 1500 byte packet). Also run a TCP connection test at the
same time. Gather the data on Throughput, Delay, packets dropped.
[4] Coordinate with Shawn Smith and Maj Dixon on the transition mechanism
tests they are about to run (especially DSTM testing). Get their testplans,
etc... Maybe they would like us to help write a performance evalaution
testplan for transition mechanisms since we need the data for the Army IPv6
transition planning and our position paper on transtion mechanisms? We
should get our AIN connection back to JTIC up and be an endpoint on all the
tests.
David B. Green
CERDEC Site Manager
SRI International
Myer Ctr Rm 4D305
desk (732) 532-6715
cell (732) 693-6500
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