Network slicing will allow 5G network operators to oer a diverse set of services over a shared physical infrastructure.
In this work, we study the performance of random isometric precoders over quasi-static and correlated fading channels.
Minimum distances, distance distributions, and error components on a binary symmetric channel are given for typical codes from Shannon's random code ensemble and for typical codes from a random lin
Minimum distances, distance distributions, and error exponents on a BSC are given for typical codes from Shannon's random code ensemble and for typical codes from a random linear code ensemble.
Minimum distances, distance distributions, and error exponents on a binary-symmetric channel (BSC) are given for typical codes from Shannon's random code ensemble and for typical codes from a rando
We consider the average and typical performance of random binary codes of length N and size M=eNR from Shannon's random code ensemble (RCE) and from a random linear code ensemble (LCE), on a binary
Recently, there has been a considerable interest in determining the limits to communications over multipath fading channels.
In this correspondence, we consider the random coding error exponent for nondispersive two-dimensional (2-D) (quadrature) fading channels for which the channel state information (CSI) is perfectly
We study random coupling induced crosstalk between groups of degenerate modes in spatially multiplexed optical transmission.
A probabilistically checkable debate system (PCDS) for a language L consists of a probabilistic polynomial-time verifier V and a debate between Player 1, who claims that the input x is in L, and Pl
