With the ever increasing cell densities in wireless networks, it is desired to enable more self-X features, such as self-configuration.
As the demand for wireless data grows to unprecedented levels, cellular service providers have been investigating different ways to meet this growing demand.
In this paper, we consider the adoption of sleep modes for the base stations of a cellular access network, with the objective of reducing the amount of energy necessary to serve users in periods of
In this article, we consider the adoption of sleep modes for the base stations of a cellular access network, focusing on the design of base station sleep and wake-up transients..
Eight Polycell and macro cell circuits have been carefully generated to represent typical Polycell placement and routing problems. The first circuit is to be a smoke test.
We propose a cell-edge-aware (CEA) zero forcing (ZF) precoder that exploits the excess spatial degrees of freedom provided by a large number of base station (BS) antennas to suppress inter-cell int
Cell-Free Massive MIMO systems comprise a large number of distributed, low cost, and low power access point antennas, connected to a network controller.
Cell-free massive multiple-input multiple-output (MIMO) was recently proposed as an alternative to partitioning coverage area into cells.
A Cell-Free Massive MIMO (multiple-input multiple-output) system comprises a very large number of distributed access points (APs)which simultaneously serve a much smaller number of users over the s
We consider the downlink of Cell-Free Massive MIMO systems, where a very large number of distributed access points (APs) simultaneously serve a much smaller number of users.
