Publications

We have used quasielastic light scattering to study a binary liquid critical mixture in a porous medium which undergoes a random field transition upon warming to a history dependent frozen domain s

In a two-dimensional electron system subject to microwaves and a magnetic field, photovoltages emerge.

We consider resource allocation under partial feedback in a spatially correlated MIMO link, when the ARQ protocol is implemented at the MAC layer.

The use of multi-antenna arrays in wireless communications through disordered media promises huge increases in the information transmission rate.

With Network Coding, a source can multicast information at a rate approaching the smallest minimum cut between the source and any terminal through encoding the incoming packets at intermediate node

A problem in coding theory for the Gaussian channel is the determination of Mp{n, 6), the maximum number of points which may be placed on the surface of a unit ?i-sphere such that the spherical cap

The procedure for generating a Gaussian random process whose power spectral density (psd) is a specified function of frequency, S(co), is well known. As we see in Fig.

In this paper we prove that random d­regular graphs with d 3 have traffic congestion of the order O(n log3 (n)) where n is the number of nodes and geodesic d-1 routing is used.

The magneto-resistance of high-mobility two-dimensional electron systems exposed to microwaves exhibits radiation-induced oscillations with some minima approaching zero within experimental accuracy

1.1 Objective of this Paper The performance of earth-based radar and optical systems is ultimately limited by temporal and spatial random variations in the refractive index of the tropospheric prop