• Aucun résultat trouvé

2017 — Distributed radio resource allocation in wireless heterogeneous networks

N/A
N/A
Protected

Academic year: 2021

Partager "2017 — Distributed radio resource allocation in wireless heterogeneous networks"

Copied!
178
0
0

Texte intégral

Figure

Figure 1.1 HetSNet in 3GPP wireless networks
Figure 1.2 The MUE creates interference to SC 1 BS in uplink and macrocell BS creates downlink interference at SC 2 UE.
Figure 1.3 Soft frequency reuse (Jeong et al., 2010) c  2010 IEEE
Figure 2.1 A transmission scenario illustrating a dense zone of SCs where 4 operators serve a commercial building
+7

Références

Documents relatifs

From the theoretical point of view, the static and dynamic effects observed are well reproduced by an extended Ising-like model including the magnetic field effect: they

Indeed, motivated by the feasibility of the new emerging 60 GHz technology, offering an impressive data rate ( ≈ 7 Gbps), we envision, a Hy- brid (wireless/wired) DCN

In this paper, we investigated swap deals for distributed resource allocation in house mar- ket settings, under a very simple dynamics that allows the agents to improve

Specifically, we formulate the problem of reserving resources for cloud computing as a constrained Online Convex Optimization (OCO) problem. At each slot, i) an online

We address this multifaceted challenge according to the three broadly adopted approaches in wireless networks: the network-centric approach where power allocation and UE

We will provide an in-depth overview of the resource allocation and BBU-RRH assignment schemes found in literature. The majority of proposed policies in the literature can

1) Selection of L: In principle, the number of local updates L is controlled by UEs to achieve an approximate solution that satisfies certain local accuracy. On the other

Les deux principaux aspects ´ etudi´ es dans cette th` ese sont : (i) le contrˆ ole de puissance et pr´ ecodage pour le canal d’interf´ erence de telle sorte que la probabilit´ e