Publications

Publications in 2020 of type Miscellaneous (English)

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    2020

    • Mehmet Cakir. Simulation-Based Evaluation of a Delay-Based Forwarding Concept. Oct. 2020, Talk.
      [Abstract], [Fulltext Document (pdf)], [Slides (pdf)], [Bibtex]

      Quality-of-Service (QoS) mechanisms can prioritize a particular network flow with IntServ. Clemm and Eckert propose Latency-Based Forwarding (LBF) as a novel approach to provide support for high-precision latency objectives. It prioritizes traffic with introducing packet metadata which carries latency objectives. With that metadata different actions will be taken at network nodes. A Proof-of-Concept has been developed using Big Packet Protocol (BPP). So in contrast to IntServ LBF supports prioritizing specific packets. The purpose is to provide fairness among different applications. For example packets that aren't urgent as others can be chosen sent later as the urgent ones. Clemm and Eckert contacted us to enable further investigations for the LBF mechanism with OMNeT++. We want to compare our simulation results to the emulation results. The goal is to validate the results of Clemm and Eckert with ours.

      @Misc{            c-sedbf-20,
        author        = {Mehmet Cakir},
        title         = {{Simulation-Based Evaluation of a Delay-Based Forwarding
                        Concept}},
        howpublished  = {OMNeT++ Community Summit 2020},
        month         = oct,
        year          = 2020,
        abstract      = {Quality-of-Service (QoS) mechanisms can prioritize a
                        particular network flow with IntServ. Clemm and Eckert
                        propose Latency-Based Forwarding (LBF) as a novel approach
                        to provide support for high-precision latency objectives.
                        It prioritizes traffic with introducing packet metadata
                        which carries latency objectives. With that metadata
                        different actions will be taken at network nodes. A
                        Proof-of-Concept has been developed using Big Packet
                        Protocol (BPP). So in contrast to IntServ LBF supports
                        prioritizing specific packets. The purpose is to provide
                        fairness among different applications. For example packets
                        that aren't urgent as others can be chosen sent later as
                        the urgent ones. Clemm and Eckert contacted us to enable
                        further investigations for the LBF mechanism with OMNeT++.
                        We want to compare our simulation results to the emulation
                        results. The goal is to validate the results of Clemm and
                        Eckert with ours.},
        note          = {Talk},
        groups        = {own, publications, simulation, delay-based forwarding},
        langid        = {english}
      }