Hi Vasilis, nice to find a person interrested by this challenge !<br><br>To
be honest, i am not a ROHC specialist too... But what i understand from
this protocol is that it will be able to compress the IP, UDP (or TCP)
and RTP header. In your pipeline exemple, you write:<br>
<br>sender / compressor:<br>
# gst-launch filesrc location="packets.pcap" ! rohccomp ! udpsink<br>receiver
/ decompressor:<br>
# gst-launch udpsrc ! rohcdecomp ! filesink location =
"packets_otherside.txt"<br><br>In this exemple, the header compression
is done before the UDP encapsulation, only the RTP hrader will be
compressed and not the UDP. I think that the best way to implement the
ROHC is to fork the udpsink and udpsrc by addind a new tag
(rohc="false|true").<br>
<br>sender / compressor:<br>
# gst-launch filesrc location="packets.pcap" ! udpsink rohc="true"<br>
receiver / decompressor:<br>
# gst-launch udpsrc rohc="false" ! filesink location =
"packets_otherside.txt"<br>
<br>Any comments ?<br><br>Nicolas<br><br clear="all">----<br>Ce n'est
pas l'appareil qui prend la photo.<br>Ce sont les yeux, le coeur, le
ventre, tout ça...<br>        -+- Jacques-Henri Lartigue -+-<br>----