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Wojciech Burakowski, Halina Tarasiuk, Andrzej Beben (Warsaw University of Technology, Poland): System IIP for supporting „Parallel Internets (Networks)”
 

Wojciech Burakowski, Halina Tarasiuk, Andrzej Beben (Warsaw University of Technology, Poland): System IIP for supporting „Parallel Internets (Networks)”

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Wojciech Burakowski, Halina Tarasiuk, Andrzej Beben (Warsaw University of Technology, Poland): System IIP for supporting „Parallel Internets (Networks)”

Wojciech Burakowski, Halina Tarasiuk, Andrzej Beben (Warsaw University of Technology, Poland): System IIP for supporting „Parallel Internets (Networks)”

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    Wojciech Burakowski, Halina Tarasiuk, Andrzej Beben (Warsaw University of Technology, Poland): System IIP for supporting „Parallel Internets (Networks)” Wojciech Burakowski, Halina Tarasiuk, Andrzej Beben (Warsaw University of Technology, Poland): System IIP for supporting „Parallel Internets (Networks)” Presentation Transcript

    • System IIP for supporting „ParallelInternets (Networks)” Wojciech Burakowski, Halina Tarasiuk, Andrzej Beben WarsawUniversity of Technology, Poland 1
    • Plan Recognizedlimitations of current Internet Currentlyinvestigatedsolution Conclusions
    • Recognizedlimitations Mainlimitationin wide open Internet and in NGN: How to introducesome post-IP(otherthan TCP/IP) solutions for effective data transfer of trafficemitted by selectedapplications Investigatedsolution (in the frame of Future Internet Engineering project – morethan 120 researchers – www.iip.net.pl) We want to support a number of ParallelInternets (Networks), eachworking on different data and controlplanes We introducevirtualinfrastructure We use devices enablingvirtualization of network resources for creatingvirtualnodes and links ApartTCP/IP (morepreciselyapart IP QoS) we implement: CircuitSwitching for handlingmainly CBR traffic Content Aware Network for contentdelivering
    • Current Internet: TCP/IP Technology Routers Links 4
    • System IIP: Network A Net A Net B Device enablingvirtualization 5
    • System IIP : virtual networks A and B Sieć A Sieć B Węzeł z możliwością wirtualizacji Net A Net B Device enablingvirtualization 6
    • Architecture of the System IIP Users Applications/Servces Level 4 Virtual networks Net A1 Net A2 Net B2 Net B1 Net C2 Net C1 Level 3 Parallel Internets level 2 Virtualization Resources B Resources B Resouces C Resouces C Resources A Resouces A Creation of virtual resources for A, B and C Level 1 Physical infrastructure Physicalinfrastructureenabling for creating virtualnodes, links, servers 7
    • Idealdeviceenablingvirtualizationvirtualnodes and links Problem 1: Data Format for level 2 Problem 3: Virtual nodeisolation (CPU, memory..) Problem 2: Virtual link isolation classifier scheduler C A A C D B A C classifier scheduler B D B D A C B D 8
    • Conclusions Co-existing of ParallelInternetsdiffering in data and controlplanes Virtual network infrastructure (virtualnodes and links) 9