Add to ORKGThis paper gives an introduction to a key tool that can help provide various self organised solutions in wireless cellular networks. We begin by describing the need for self organised networks and the challenges associated with it. An introduction to cellular automata theory is then given with an easy to follow example. We provide an analysis of such solutions and discuss its stability and convergence criterion. Finally, we formulate a specific problem for Inter-Cell Interference Coordination (ICIC), describing how the cellular automata approach can be applied to achieve ICIC. In addition, we discuss the prospective use case of applying cellular automata in achieving energy efficiency in heterogeneous networks. This paper will serve as a gu...
International audience—The target of this paper is to propose a practical low-complexity power alloc...
Abstract—In cellular wireless networks, user association refers to the problem of assigning mobile u...
This paper discusses novel joint (intracell and intercell) resource allocation algorithms for self-o...
This paper gives an introduction to a key tool that can help provide various self organised solution...
An introduction into self organizing cellular networks is presented. This topic has generated a lot ...
This article surveys the literature over the period of the last decade on the emerging field of self...
This article surveys the literature over the period of the last decade on the emerging field of self...
We propose a new approach for modeling wireless sensor networks based on the theory of cellular auto...
With the surge in smartphones and tablets, the future of wireless cellular communication systems is ...
This PhD thesis focuses on developing novel self organising functionalities in wireless cellular sys...
International audience—Growth of network access technologies in the mobile environment has raised se...
This thesis examines the mechanisms improving user terminal mobility in a wireless cellular network....
A model of city traffic based on Nagel-Schreckenberg cellular automaton (CA) model is presented. Tra...
This paper studies a field coverage problem of wireless sensor networks. The objective is to prolong...
Abstract—We study the engineering of heterogeneous cellu-lar networks composed of a macrocell and so...
International audience—The target of this paper is to propose a practical low-complexity power alloc...
Abstract—In cellular wireless networks, user association refers to the problem of assigning mobile u...
This paper discusses novel joint (intracell and intercell) resource allocation algorithms for self-o...
This paper gives an introduction to a key tool that can help provide various self organised solution...
An introduction into self organizing cellular networks is presented. This topic has generated a lot ...
This article surveys the literature over the period of the last decade on the emerging field of self...
This article surveys the literature over the period of the last decade on the emerging field of self...
We propose a new approach for modeling wireless sensor networks based on the theory of cellular auto...
With the surge in smartphones and tablets, the future of wireless cellular communication systems is ...
This PhD thesis focuses on developing novel self organising functionalities in wireless cellular sys...
International audience—Growth of network access technologies in the mobile environment has raised se...
This thesis examines the mechanisms improving user terminal mobility in a wireless cellular network....
A model of city traffic based on Nagel-Schreckenberg cellular automaton (CA) model is presented. Tra...
This paper studies a field coverage problem of wireless sensor networks. The objective is to prolong...
Abstract—We study the engineering of heterogeneous cellu-lar networks composed of a macrocell and so...
International audience—The target of this paper is to propose a practical low-complexity power alloc...
Abstract—In cellular wireless networks, user association refers to the problem of assigning mobile u...
This paper discusses novel joint (intracell and intercell) resource allocation algorithms for self-o...