Raymond Knopp

TL;DR: Results have shown that JoraNFV can get a solution within 1.25 times of the optimal solution with reasonable execution time, which indicates that Joras can be used for online NFV planning.

TL;DR: A wireless communication system formed by a single cell with one base station and K user terminals is considered, which finds simple iterative resource allocation algorithms that converge to the optimal delay-limited throughput for orthogonal (frequency-division multiple access (FDMA)/time-divisionmultiple access (TDMA)) and optimal (superposition/interference cancellation) signaling.

TL;DR: It is shown that MU-MIMO only offers marginal performance gains with respect to single-user MIMO and calls for improved schemes for the upcoming releases.

TL;DR: This paper considers a multi-pair two-way relay channel where the single-antenna mobile terminals on each pair seek to communicate, and can do so, via a common multiple antenna relay station (RS), and proposes different transmit/receive beamforming schemes at the RS that outperform the Decode-and-Forward relaying strategy.

TL;DR: The results show that in most scenarios MU-MIMO provides a higher throughput than SU-M IMO also in the measured channels, however, in outdoor scenarios with a line of sight, the capacity drops significantly when the users are close together, due to high correlation at the transmitter side of the channel.