The focus of this paper on mission-critical communications in a 5G cellular communication system.
We investigate the potential of different diversity and interference management techniques to achieve the required downlink SINR outage probability for ultra-reliable communications.
5G technology brings significant potential for enabling port automation, leading to improved flexibility, predictability, and safety in ports.
Autocorrelation of 1.5 microns light using two-photon absorption in a photon-counting silicon avalanche photodiode (APD) is demonstrated.
1.5 mum two-photon absorption in a single photon counting silicon avalanche photodiode at record continuous-wave levels below 100 muW is reported. Autocorrelation of a 10 GHz.
Optical sampling is achieved using an all-optical linear technique with a record sensitivity of 10-3 mW2, 1000 times better than nonlinear techniques.
W I T H the extension of the radio frequency spectrum to higher and higher frequencies have come new problems, both of experiment and of theory, which require quantitative study for solution.
' I ^ H I S paper is a sequel to an earlier paper, "Ultra-Short-Wave Propagation," 1 which dealt mainly with transmission across open country.
I N an earlier paper experimental data were presented which indicated that the transmission of ultra-short-wave signals was dependent upon the state of the atmosphere, in particular upon its water
Epitaxial growth of ordered, single-crystalline superlattices is often limited by the lattice mismatch between the constituent elements or alloys.
