Here we will make available all outcomes from the Energy Efficient Internet
project. This will include measurements, experiment results, software
developed, and traffic traces.
Software developed:
Miguel Jimeno (current Ph.D. student) developed a P2P Gnutella protocol
emulation developed to study power management in P2P systems. The developed
software is
here.
Chamara Gunaratne (Ph.D. student - finished in May 2007) developed a
traffic generator and simulation models for three ALR policies. The
simulation models require the Mesquite CSIM libraries
(here). The developed software is:
syntraf1a.c -
Synthetic "bursty" network traffic generator. Generated burst sizes are Bounded
Pareto distributed with exponentially distributed inter-burst times.
ALR_dual.c -
CSIM simulation model of ALR dual-threshold policy.
ALR_util.c -
CSIM simulation model of ALR utilization-threshold policy.
ALR_time.c -
CSIM simulation model of ALR timeout-threshold policy.
Matt Landau (2006-2007 REU student) developed a "soft ALR". This
is a Linux bash script that uses existing auto-negotiation to switch Ethernet
link rate in response to link utilization. The software is publicly posted
as open source on SourceForge as
soft-ALR.
Jakob Klamra and Martin Olsson (two masters students from from
Lund Institute of Technology, not funded by
the NSF) developed a power management proxy for Universal Plug and Play.
The project website is
here.