Georgios P. Koudouridis

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The design of distributed algorithms and techniques allowing for an efficient utilisation of infrastructure in terms of energy consumption is one of the key challenges in heterogeneous networks or HetNets. In this study the energy efficiency in the HetNet scenario is formulated as an optimisation problem and an iterative improvement algorithmic approach to(More)
In this paper a realization of the self-growing networks concept is developed by means of an adaptive algorithm that facilitates capacity and energy-efficient performance. The algorithm builds on two aspects of optimisation of the self-growing concept: goal-based optimisation and network-based optimisation. The former aspect elaborates on the performance of(More)
This deliverable is written with two objectives in mind, and is organised as such. In the first part, it identifies the scope of the work package, introduces the key concepts and lays the foundation on which the work package develops. Next, it reviews the literature and technology available and provides an assessment of techniques that can be used to(More)