In this paper, we investigate the dynamic small cell (SC) clustering strategy and their precoding design problem for interference coordination in two-tier heterogeneous networks (HetNets) with mass
In this paper, we investigate the dynamic small cell (SC) base station (BS) clustering strategy and their precoding design problem for interference coordination in two-tier heterogeneous networks (
Three dynamic process models (strategies) for software testing are offered, which provides the ability to use probabilities of error detection for each module.
The dynamic spectra under low-duty-cycle pulse modulation, and 180 Mbit/s and 432 Mbit/s pseudo-random pulse modulation were studied for buried-heterostructure and channeled substrate InP lasers.
Multiuser interference, i.e., crosstalk, is the main bottleneck for digital subscriber lines (DSL) technology.
Small cells, involving isolated or clustered deployment of low power base stations in the foot print of macro cellular networks, is emerging as an effective approach to address high capacity demand
The explosive data growth is resulting in a spectrum crunch forcing many wireless network operators to look toward refarming their 2G spectrum and deploying more spectrally efficient Long Term Evol
This paper proposes practical modeling and analysis methods to facilitate dynamic staffing in a telephone call center with the objective of immediately answering all calls.
This paper is concerned with a new version of on-line storage allocation in which the durations of all processes are known at their arrival time.
We present different techniques to study the dynamics of the vortex lattice in NbSe2 single crystal samples.
