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  Cloud Networking in the 5G Era  Abstract: This lecture will provide a comprehensive overview of the network architecture evolution towards 5G and will elaborate on the application of Cloud Technology and on the leveraging into operator networks of Network Functions Virtualisation (NFV) and Software Defined Networks (SDN) concepts for supporting the diversity of 5G use cases and meeting their set forth effectiveness- and efficiency-gains. An overview of the main standardization activities (3GPP, ETSI NFV, IETF, ONF, etc.) and their roadmaps will be given. The lecture concludes with the  presentation of t he Open5GCore, OpenSDNCore software toolkits and of the 5G Berlin 5G Berlin Testbed experimentation platforms of Fraunhofer FOKUS / TU Berlin, as enablers for 5G R&D and academic teaching activities.  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loud Networking in the 5G Era Dr. Stefan Covaci, Technische Universität Berlin, Germany

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  • Cloud Networking in the 5G Era

    Abstract: This lecture will provide a comprehensive overview of the network architecture evolution towards 5G and will elaborate on the application of Cloud Technology and on the leveraging into operator networks of Network Functions Virtualisation (NFV) and Software Defined Networks (SDN) concepts for supporting the diversity of 5G use cases and meeting their set forth effectiveness- and efficiency-gains. An overview of the main standardization activities (3GPP, ETSI NFV, IETF, ONF, etc.) and their roadmaps will be given. The lecture concludes with the presentation of the Open5GCore, OpenSDNCore software toolkits and of the 5G Berlin 5G Berlin Testbed experimentation platforms of Fraunhofer FOKUS / TU Berlin, as enablers for 5G R&D and academic teaching activities.

    Speakers Biography

    Dr.-Ing. Stefan Covaci is senior solutions architect for future internet services platforms at the computer sciences and electrical engineering faculty of Technical University of Berlin, Institute for Telecommunication Systems. Between 1990 and 2007 he was working at GMD FOKUS (today Fraunhofer Institute FOKUS) acting as director of the competence centre Intelligent Mobile Agents. He co-initiated and participated to the agent standardisation work of OMG (Object Management Group) and FIPA (Foundation of Intelligent Physical Agents), and was one of the co-authors of the first agent technology standard the OMG-MASIF (Mobile Agent System Interoperability Facility). He has extensive experience in the management of a variety of projects and study contracts for the European Commission, German Agencies (BMBF, BMWF) and other industrial national and international organisations in the areas of IT and telecommunication networks and services. His recent work is in the areas of next generation networks infrastructures and service delivery platforms for the Future Internet with a focus on integration of Terrestrial and Satellite networks, interoperability and management solutions. He is member of the Architectural Board of the European Future Internet Public-Private Partnership (Fi-PPP) and technical coordinator of the FI-STAR project applying Future Internet technology in the Healthcare sector. He is the technical coordinator of the European Space Agency projects ESA-7096 and ESA-7550 and of the DAAD UNIFI project enabling future internet academic teaching and research in developing countries. He has published over 90 papers and was chair or member of the program committee of many international conferences.

    Thursday, 18 June, 2015 Building C9 R.401 Hanoi University of Science and Technology

    2015 Cloud Networking in the 5G Era

    Dr. Stefan Covaci, Technische Universitt Berlin, Germany