In this paper, we study the achievable degrees of freedom (DoFs) for K-user multiple-input
single-output broadcast channel (BC) in the absence of channel state information at the …

Blind interference alignment (B-IA) achieves the optimal degrees of freedom (DoF) in
multiple-input single-output (MISO) broadcast channels (BC) when the number of users …

We consider the two-cell MIMO interfering broadcast channel (IBC) with K users assigned to
each base station, and we develop two closely-related Interference Alignment schemes that …

We develop a blind interference alignment (BIA) through staggered antenna switching
scheme for more realistic channel assumption. Contrary to the general assumption that the …

The sufficient condition for a blindly interference-aligned 2-user 2× 1 broadcast channel
(BC) in homogeneous block fading to achieve its maximal 4/3 degree-of-freedom (DoF) is …

A practical Blind Interference Alignment scheme is devised for the broadcast channel where
the users are equipped with reconfigurable antennas. The proposed scheme does not …

This paper first studies the homogeneous 3-user 2x1 broadcast channel (BC) with no CSIT.
We show a sufficient condition for it to achieve the optimal 3/2 degrees of freedom (DoF) by …

Blind interference alignment (BIA) scheme has demonstrated a way of interference
alignment (IA) without channel state information at transmitter (CSIT). While it shows …

We examine how to construct blind interference alignment (BIA) in a K-user 2× 1 broadcast
network with homogeneous block fading, which means all users experience independent …

We propose a blind interference alignment scheme for the vector broadcast channel where
the transmitter is equipped with M antennas and there are K receivers, each equipped with a …