Power control is essential for uplink multi-user access of Long Term Evolution (LTE).
We demonstrate a method to extend the dynamic range of 10-Gb/s DPSK receivers in the presence of burst mode data recovery.
Given a set P of n coloured points on the real line, we study the problem of answering range alpha-majority (or ``heavy hitter{''}) queries on P.
The relative delay tolerance of data applications, together with the bursty traffic characteristics, opens up the possibility for scheduling transmissions so as to optimize throughput.
The performance of an Automatic Test Generator can be significantly improved by identifying redundancy via techniques that do not involve search relying on exhaustive implicit enumeration.
Flexible resource sharing at short time scales in multi-tenant shared radio access networks has proven to be quite a challenge.
The main design objective of crosstalk mitigation techniques for DSL systems has been physical layer data rate maximization.
In this paper, new dynamic resource allocation algorithms are investigated for the downlink of multiuser multiple-input multiple-output orthogonal frequency-division multiple-access and space-divis
Network echo canceler chips are designed to handle several channels simultaneously. With the processing speeds now available, a single chip might handle several hundred channels.
Traditionally, energy efficiency aspects have been included in the wireless access network design space only in the context of power control aimed at interference mitigation and for the increase of
