Abstract—Dense Networks and large MIMO are two key enablers to achieve high data rates towards next generation 5G networks. In this context, we study user association in an interference limited Multi-user MIMO Small Cell Network. Extending on our previous findings, we derive explicit expressions for the optimal ratio of the number of antennas at the base station to the number of users that can associate to a base station in such a Network. This expressions are used to compute the actual number of users that can associate for a given interference level and other system parameters. Simulation results and numerical examples are provided to support our theoretical findings
Interference is one of the key factors limiting the performance of wireless cellular networks with d...
This paper aims to minimize the total transmit power consumption for Massive MIMO (multiple-input mu...
Communication devices such as cellular phones are now capable of using different communication techn...
International audience—Dense Networks and large MIMO are two key enablers to achieve high data rates...
Abstract—In cellular wireless networks, user association refers to the problem of assigning mobile u...
In this paper, an investigation of the effect of deploying massive MIMO in two-tier cellular network...
In this paper, an investigation of the effect of deploying massive MIMO in two-tier cellular network...
This article deals with the analysis of the multi-cell association setup, and it exploits the possib...
In this paper we consider an interference channel where a set of primary active users are cooperatin...
5G cellular networks aim to improve the connection speed to ensure ultra-low latency (e.g., to suppo...
In heterogeneous cellular networks (HetNets) with macro base station (BS) and multiple small BSs (SB...
Abstract—We study the engineering of heterogeneous cellu-lar networks composed of a macrocell and so...
The approaching 5G era of cellular communications is posing stringent performance requirements. New ...
Abstract—The growing demand for wireless bandwidth makes WiFi deployments denser and pushes cellular...
International audience—Massive MIMO is a promising technique to increase the spectral efficiency of ...
Interference is one of the key factors limiting the performance of wireless cellular networks with d...
This paper aims to minimize the total transmit power consumption for Massive MIMO (multiple-input mu...
Communication devices such as cellular phones are now capable of using different communication techn...
International audience—Dense Networks and large MIMO are two key enablers to achieve high data rates...
Abstract—In cellular wireless networks, user association refers to the problem of assigning mobile u...
In this paper, an investigation of the effect of deploying massive MIMO in two-tier cellular network...
In this paper, an investigation of the effect of deploying massive MIMO in two-tier cellular network...
This article deals with the analysis of the multi-cell association setup, and it exploits the possib...
In this paper we consider an interference channel where a set of primary active users are cooperatin...
5G cellular networks aim to improve the connection speed to ensure ultra-low latency (e.g., to suppo...
In heterogeneous cellular networks (HetNets) with macro base station (BS) and multiple small BSs (SB...
Abstract—We study the engineering of heterogeneous cellu-lar networks composed of a macrocell and so...
The approaching 5G era of cellular communications is posing stringent performance requirements. New ...
Abstract—The growing demand for wireless bandwidth makes WiFi deployments denser and pushes cellular...
International audience—Massive MIMO is a promising technique to increase the spectral efficiency of ...
Interference is one of the key factors limiting the performance of wireless cellular networks with d...
This paper aims to minimize the total transmit power consumption for Massive MIMO (multiple-input mu...
Communication devices such as cellular phones are now capable of using different communication techn...