D0020E-projekt

A Two-Way Active Measurement Protocol

Read the RFC: http://tools.ietf.org/html/rfc5357

Heavily based on https://packetblog.wordpress.com/2012/08/24/udp-packet-measurement/
by Roman Arcea.


Installation:

    None, run the files provided.

Requirements:

    python3
    python-numpy
    python-pymongo

Usage instructions:

    On one machine edit UDP_client_server.py, change the IP addresses, ports, packet size, etc
    accordingly to your network settings.

    On the other machine do the same with the UDP_reflector.py

    As default both IPv4 and IPv6 loopback devices are provided in the code,
    use these as a starting point for your use-case.

    Start UDP_reflector.py first: python(3) UDP_reflector.py
    Start UDP_client_server.py: python(3) UDP_client_server.py

    Measurement data is dependent on locality, currently  there only exist a placeholder function

    The test result is stored into MongoDB.

General:

    Test results is stored in the database 'matningar', table 'stability'.

    Database table:
    +-----------+-----------------+----------------+
    |    _id    |    stability    |    position    |
    +-----------+-----------------+----------------+

    Column description:

        '_id':        Standard MongoDB generated id, so the first 4bits will be a timestamp.

        'stability':  mos calculated network stability.

        'position':   Placeholder for further development, which will integrate positional tracking.