Publications

We present the design, fabrication, and experimental characterization of a new class of electrically small antennas whose bandwidth performance approaches the Chu limit.

The dependence-testing (DT) bound is one of the strongest achievability bounds for the binary erasure channel for the finite blocklength regime.

Motivated by scenario requirements for 5G cellular networks, we study one among the protocols candidate to the massive random access: the family of random access methods known as Coded Slotted ALOH

A recent analysis of Pentry shows that a dielectric slab with a dielectric constant $epsilon = -1$ and permeability $mu = +1$ behaves like a perfect lens in the electrostatic limit $(c -> infini

A recent analysis by Pendry (1) shows that a dielectric slab with a dielectric constant epsilon = -1 and permeability mu = +1 behaves like a perfect lens in the electrostatic limit (c -> inf).

We report a detailed study using photoluminescence and photoluminescence excitation of MOCVD GaAs grown directly on Si substrates.

The advent of low noise Si CCD cameras has extended the spectral coverage of array detectors into the near infrared.

Network Function Virtualization (NFV) is a new networking paradigm where network functions are executed on commodity servers located in small cloud nodes distributed across the network, and where s

We report on a C-band 10,285 km straight line deployed testbed transmission using new capacity-approaching truncated probabilistically-shaped PCS-36QAM.

We report the observation of very large ionization rate ratios (beta/alpha) in multiple graded-well Al(0.48) In(0.52)As/Ga (0.47)In(0.53)As avalanche photodiodes, grown by MBE.