You need to have an IoT-LAB account. We assume "login" to be your user login 
===========================

- Folder sensevid-iot contains a 2-node application "sensevid2nodes.c"
adapted to be used with a traffic trace file produced by senseVid.
	
- st-packet : a sample for sender traffic trace file. It is the same as the one provided in the cooja scenario

- submit_sensvid_exp.sh  ; a shell script with all required commands to run the scenario

- client.py : a python script that allows to transmit transmission
  commands to the sender mote (sensor)

==============Procedure to follow :

- Copy all on IoT-lAB :

scp -r sensevid-iot/ login@grenoble.iot-lab.info:iot-lab/parts/contiki/examples/iotlab/

scp submit_sensvid_exp.sh client.py st-packet login@grenoble.iot-lab.info:~/

- Log using ssh and make the application with target iotlab-m3

ssh -X login@grenoble.iot-lab.info
cd iot-lab.info:iot-lab/parts/contiki/examples/iotlab/sensevid/
make TARGET=iotlab-m3

- Launch the experiment using submit_sensvid_exp.sh : 
cd
./submit_sensvid_exp.sh 3 8 login

m3-3 and m3-8 are the ids of the two nodes to use. You can check for free nodes in "Activity -> Node status" on IoT-LAB web portal. You can read an output like :

-----
1517912513.816502;m3-3;READY TO SEND ...
-----

You deduce that node m3-3 is the source and m3-8 is the receiver. Stop the serial aggregator (it helps getting the source and dest ids) using CTRL-C.

Run the following to collect the received packets in file "rt"
nc m3-8 20000 > rt

In another terminal, run the following to send transmission commands to the sender :

./client.py m3-3 20000 st-packet 0.1

0.1 is the chosen inter-packet delay
st-packet is the sender trace file.
rt is the receiver trace file produced with IoT-LAB motes. To get the receive trace with the appropriate structure, run :

awk 'FNR==NR{seq[$1]=$1;next}{ if ($2==seq[$2]) print $0}' rt st-packet > rt-packet