Evolving 5G cellular communication is envisioned to enable connectivity for a wide range of new use cases.
We consider the problem of building cost-effective network architectures, which are robust to dynamic changes in demand patterns, and are thus highly suitable for emerging services such as virtual
We consider the problem of building cost-effective network architectures, which are robust to dynamic changes in demand patterns, and are thus highly suitable for emerging services such as virtual
We find that selective randomized load balancing (SRLB) and Valiant's fully-randomized load balancing (RLB) can be lower-cost routing templates than VPN-tree routing for hoseconstrained random netw
In this paper we propose a multi-connectivity protocol suited for for mission critical applications that use wireless 5G multi-UE devices.
A unique method has been developed for the selective separation of fluoride from a fifty percent dimethylsulfoxide (DMSO) aqueous phase via substoichiometric replacement reaction with triphenyl- ti
We describe methods for selective suppression of idler spectral broadening in two-pump parametric fiber amplifiers.
We describe methods for selective suppression of idler spectral broadening in two-pump parametric fiber amplifiers.
We have devised selective syntheses of the solid state compounds FeTe and FeTe sub 2 using organometallic reagents.
Core optical networks can benefit from lower costs and increased speed by reducing O-E-O conversions through use of ultra long reach optical transport, and bit-rate and wavelength transparent cross
