Browsing by Author "Chun Y.J."

Now showing items 1-5 of 5

    • Adaptive network coding for spectrum sharing systems 

      Chun Y.J.; Hasna , Mazen; Ghrayeb A. ( Institute of Electrical and Electronics Engineers Inc. , 2015 , Conference Paper)
      In this paper, we propose an adaptive network coding scheme for cognitive relay networks comprising multiple secondary sources communicating with a common destination in the presence of multiple primary users. Conventional ...

    • Analysis of heterogeneous cellular networks interference with biased cell association using Poisson cluster processes 

      Chun Y.J.; Hasna , Mazen ( IEEE Computer Society , 2014 , Conference Paper)
      Heterogeneous cellular networks (HetNets) achieve high data rates and coverage gains by distributing small cells over macro-cells based on random user demand. Recently, a novel approach to use stochastic geometry for ...

    • Joint Optimization of Area Spectral Efficiency and Delay over PPP Interfered Ad-Hoc Networks 

      Chun Y.J.; Omri A.; Hasna , Mazen ( Institute of Electrical and Electronics Engineers Inc. , 2015 , Article)
      To evaluate the performance of the co-channel transmission based communication, we propose a new metric for area spectral efficiency (ASE) of interference limited ad-hoc network by assuming that the nodes are randomly ...

    • Modeling and analysis of HetNet interference using Poisson Cluster Processes 

      Chun Y.J.; Hasna , Mazen; Ghrayeb A. ( Institute of Electrical and Electronics Engineers Inc. , 2014 , Conference Paper)
      Future mobile networks are converging towards being heterogeneous, owing to the co-existence of multi-tier networks within the same geographical area, including macro, pico- and femto-cells. The deployment of such networks ...

    • Modeling Heterogeneous Cellular Networks Interference Using Poisson Cluster Processes 

      Chun Y.J.; Hasna , Mazen; Ghrayeb A. ( Institute of Electrical and Electronics Engineers Inc. , 2015 , Article)
      Future mobile networks are converging toward heterogeneous multitier networks, where macro-, pico-, and femto-cells are randomly deployed based on user demand. A popular approach for analyzing heterogeneous networks (HetNets) ...