In this paper, we develop a game theoretic formulation for empowering cloud enabled HetNets with adaptive Self Organizing Network (SON) capabilities.

In this paper, we develop a game theoretic formulation for empowering cloud enabled HetNets with adaptive Self Organizing Network (SON) capabilities.

CONCLUSION. In this work, we have developed an analytical framework for characterizing Energy Efficiency (EE) and Outage Capacity. (OC) using game theory in ...

In this paper, we develop a game theoretic formulation for empowering cloud enabled HetNets with adaptive Self Organizing Network (SON) capabilities.

Publications. A game theoretic approach for optimizing density of remote radio heads in user centric Cloud-based radio access network. Bashar Romanous, Naim ...

In this paper, we develop a game theoretic formulation for empowering cloud enabled HetNets with adaptive Self Organizing Network (SON) capabilities.

A game theoretic approach for optimizing density of remote radio heads in user centric cloud-based radio access network. B Romanous, N Bitar, SAR Zaidi, A Imran ...

A Game Theoretic Approach for Optimizing Density of Remote Radio Heads in User Centric Cloud-Based Radio Access Network · Computer Science, Engineering. 2015 ...

In this work, we investigate a User-centric Cloud. Radio Access Network (UC-RAN) architecture that has the potential to address the aforementioned challenges.

A game-theoretic approach for caching has been presented in [28] for the Fog-Radio Access Networks (F-RANs). The scheme improves the cache space utilization in ...