Projects

  • OMF

    Welcome to OMF

    OMF (cOntrol and Management Framework) is a Testbed Control, Measurement and Management Framework.

    OMF was originally developed for the ORBIT wireless testbed at Winlab, Rutgers University. Since 2007, OMF has been actively extended to operate on testbeds with many different type of network and resource technologies. It is now deployed and used on different testbeds in Australia, Europe, and in the U.S. OMF is currently being extended further to support exciting new features and technologies. This website is hosting this ongoing activity. OMF development is now conducted essentially within the TEMPO project at NICTA (Australia) in strong collaboration with Winlab (Rutgers University)....

    • CM2

      Chassis Manager Card Version 2

    • Coop80211

      Coop80211 provides a portable and hardware-independent data-link layer design that adds cooperative retransmission support to the Linux kernel wireless SoftMAC implementation (mac80211). With cooperative retransmission, a unicast packet that is not acknowledged by its intended destination node can be retransmitted by a third node in the vicinity of the source and destination, rather than by the original source itself, if the cooperating node overhears the packet successfully and has a better link to the destination. Unlike prior realisations of MAC-layer cooperation schemes, our implementation is entirely hardware-independent and transparent, requiring no modification of existing wireless drivers1 or upper-layer software....

    • Low Cost Testbed

      The development of a low cost wireless testbed using Power over Ethernet to power the nodes.

      The low cost testbed is based on these components:

      • An ALIX embedded board, e.g. ALIX 2c2 (from pcengines.ch) using an AMD Geode CPU
      • A PoE converter such as Silver Telecom PA-1212 to adapt the standard 48-V PoE voltage to the 12V requirement of the ALIX board...
    • OMF Case Studies

      This project is a repository of real experiments designed by some OMF users for their own research works. These case studies can be used as examples/templates for further experiments using OMF, or as demonstrations presenting some specific OMF features.
      ...

    • OML - Applications

      OML enabled Applications

      This project holds the set of applications which are OML-enabled.

      These applications have some OML Measurement Points defined within their source code, which allows systematic collection and storage of measurement samples using the OML client library and the OML collection server....

      • Iperf with OML support

        This project is meant to implement OML support for Iperf 2.0.5.

        The R/W Git-SVN repository is at git@mytestbed.net:iperf.git.
        It is also publicly accessible at git://mytestbed.net/iperf.git.

        Please note: the master branch is left untouched, all OML work goes in oml/* branches, to end up in oml/master. ...

      • Yantt

        Yet Another Network Testing Tool is a bandwidth probing tool. Its goal is to minimise the generated traffic while still being able to obtain accurate estimates.

        The SVN repository is at https://svn.mytestbed.net/yantt.

    • OML - Measurement Library

      OML is a measurement library that allows application writers to define customizable measurement points inside applications. Experimenters running the applications can then direct the measurement streams from these measurement points to storage in a remote measurement database. OML was originally conceived to provide measurement facilities within the OMF Testbed Management Framework, but can also be run independent of OMF....

    • Openflow

      This sub project deals with Openflow related issues in OMF

    • Robot

      OMF-enabled robot, representing a mobile node that can physically move in a defined pattern.

    • Scheduler

      A job scheduler developed by NITLAB for OMF experiments

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