History

Simon Duquennoy 722b3258d1 Cleanup of the Contiki network layer configuration. Now using CONTIKI_WITH_IPV6, CONTIKI_WITH_IPV4, and CONTIKI_WITH_RIME in makefiles, and UIP_CONF_IPV6, UIP_CONF_IPV4, UIP_CONF_RIME in c code. Now only the stacks that are used are compiled (via makefile MODULES). Make IPv6 the default network stack.		2014-12-01 20:13:09 +01:00
..
Makefile	Cleanup of the Contiki network layer configuration. Now using CONTIKI_WITH_IPV6, CONTIKI_WITH_IPV4, and CONTIKI_WITH_RIME in makefiles, and UIP_CONF_IPV6, UIP_CONF_IPV4, UIP_CONF_RIME in c code. Now only the stacks that are used are compiled (via makefile MODULES). Make IPv6 the default network stack.	2014-12-01 20:13:09 +01:00
project-conf.h
README.md
udp-stream.c
udp-stream.csc

README.md

UDP stream

This is an example of bursts support in CSMA/ContikiMAC, together with storage of long packet queue in CFS. This is useful to support large fragmented UDP datagrams or continuous data streaming. The current implementation is a simplified version of the techniques presented in "Lossy Links, Low Power, High Throughput", published in the proceeding of ACM SenSys 2011.

In this example, node with ID==5 sends bursts of UDP datagrams to node with ID==1, the root of the RPL dodag.

Testing in cooja:

make TARGET=cooja udp-stream.csc

Testing on Tmote sky:

Set node IDs to different motes so node 5 sends to node 1 (using examples/sky-shell)
Compile and program:

make TARGET=sky udp-stream.upload
Monitor motes with:

make login MOTE=xxx