Upcoming fifth generation (5G) cellular networks will demand more from the physical layer (PHY) than current generation Orthogonal Frequency Division Multiplexing (OFDM) can deliver.
UF-OFDM is a promising 5G waveform candidate, close to CP-OFDM, but with better spectral properties. Efficient receiver implementations exist, which are close to CP-OFDM in terms of complexity.
We consider networks where traffic is served according to the Generalised Processor Sharing (GPS) principle.
We present a novel reduced-power channel reuse scheme to improve spectrum efficiency in wireless packet cellular networks.
Mobile networks are expected to serve a wide range of verticals, however the Long Term Evolution (LTE) network is optimized for basic mobile operator services only.
Today's workflow systems assume that each work item is executed by a single worker.
A reflectarray antenna is an emerging technology for reconfigurable antenna at moderate cost.
A reflectarray antenna is an attractive solution for reconfigurable antennas, for it has both advantages of arrays â" beam shaping with fixed antenna â" and reflectors â" high efficiency single
It was pointed out several years ago1 that power propagated beyond the radio horizon at very short wavelengths greatly exceeds the power calculated for diffraction around the earth.
We describe a new formulation of network design (routing), where we have replaced the traffic matrix by a web of linear relations.
