Search for student projects

  1. 2014
  2. AAU_CIRCLE_blue_rgb.png

    Enabling the Spectral Efficient Coexistence of Device to Device and Device to Infrastructure communications through Opportunistic Interference Cancellation

    Enrique Saez Gil, Andres Gil Buendia

    Wireless Communication Systems, Master, (Master Programme) 4. term, 2014

    Student thesis: Master thesis (including HD thesis)

  3. Link Adaptation Strategies for Cellular Downlink with low-fixed-rate D2D Underlay: A 3GPP LTE Case Study

    Afonso Fernandes Lopes Marques Eduardo

    Wireless Communication Systems, Master, (Master Programme) 4. term, 2014

    Student thesis: Master thesis (including HD thesis)

  4. 2013
  5. Cell Load Balancing Schemes in an Uncoordinated Heterogeneous Deploument: Power Consumption Efficiency Optimization

    Mihail Mihaylov, Dimitar Georgiev

    Innovative Communication Technologies and Entrepreneurship, Master, (Master Programme) 4. term, 2013

    Student thesis: Master thesis (including HD thesis)

  6. 2008
  7. Beam-forming and Power Control in flexible Spectrum USage for LTE Adavnced System

    Massimiliano Ricci

    Elektronik og IT, Kandidatuddannelsen (Spec. Mobile Communication), 10. term, 2008

    Student thesis: Master thesis (including HD thesis)

  8. FLEXIBLE SPECTRUM ALLOCATION FOR NEXT GENERATION DISTRIBUTED WIRELESS NETWORKS

    Serena Offidani

    Elektronik og IT, Kandidatuddannelsen (Spec. Mobile Communication), 10. term, 2008

    Student thesis: Master thesis (including HD thesis)

  9. FLEXIBLE SPECTRUM ALLOCATION FOR NEXT GENERATION DISTRIBUTED WIRELESS NETWORKS

    Serena Offidani

    Elektronik og IT, Kandidatuddannelsen (Spec. Mobile Communication), 10. term, 2008

    Student thesis: Master thesis (including HD thesis)

  10. Flexible Spectrum Allocation for Next Generation Distributed Wireless Networks

    Serena Offidani

    Elektronik og IT, Kandidatuddannelsen (Spec. Mobile Communication), 10. term, 2008

    Student thesis: Master thesis (including HD thesis)