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
The success of 5G will be determined by the ability of providing cost efficient solutions while being able to serve a multitude of services with heterogeneous expectations.
Recent studies have established the sufficiency of certain rather broad conditions for the stability of linear synchronized networks, 1 and have shown that valid expressions for the equilibrium fre
The dynamic exploitation of unlicensed spectrum by mobile operators is becoming a trend of future 5G networks, with several efficient solutions being standardized for enabling spectrum sharing.
Adaptive behavior, intrinsic to natural systems, is becoming a key requirement for advanced artificial materials and devices, presenting a real scientific and engineering challenge.
Appropriate response strategies against new and ongoing cyber attacks must be able to reduce risks down to acceptable levels, without sacrificing a mission for security.
