… The small cells will offload users from the congested MBSs to enhance their … in small cells
as well as the smaller number of users served by each small cell are expected to increase user …

… Massive MIMO and smallcell systems. A comparison between small-cell and distributed
Massive … For small-cell systems, we assume that each user is served by only one AP. For each …

… user privacy protections by considering the deidentification concept for example, 3) reliability
of the small cell itself, encryptions and digital signature per user … security of the small cell, 4) …

… In order to reduce the feedback, we propose to select a first user in the small cell, typically
at the cell edge. This user is grouped with other users selected randomly in the other cells …

… user clustering and content caching in wireless small cell … optimally caching contents at the
small cell base stations (SCBSs). … First, a clustering algorithm is proposed grouping users with …

… As key contributions, user pause probability, user arrival, and … the user mobility performance
in a hotspot-type 5G small cell … small cell and macro cell BSs are derived for all users in 5G …

… -user scenario where a set N of N small cells are deployed. A set K of K mobile users are
served each by a small cell … The set of serving small cells is denoted by S. The set of devices …

… In this section, the random spatial model for small cell networks will be firstly presented, …
user-centric intercell interference nulling strategy to suppress intercell interference for small cell …

… number of small cells deployed in a unit area: shrinking the radius of each cell and packing
more cells … the indoor user traffic but also the outdoor traffic to indoor small cells may provide …

… In this article, we present a small cell network system design that can provide seamless high
… transport users. We address the frequency allocation problem for mobile small cells and …