Interference alignment (IA) needs multiple dimensions, which can be achieved by extending
time, frequency or spatial domain. However, using time or frequency domain for alignment …

Interference alignment (IA) is a well-known transmission strategy for interference channels,
with which the sum rate can linearly scale with the number of users at high signal-to-noise …

Interference alignment (IA) has proven to approach achieving optimal degrees of freedom
(DoF) of interference channel. While IA over space dimensions is usually achieved through …

Interference alignment has emerged as new tool for achieving high capacity in multi-user
and multi-channel wireless interference channels. Based on maximizing a degree of …

Interference alignment (IA) is often considered in the spatial domain in combination with
MIMO systems. In contrast, aligning interference in the frequency domain among multiple …

The original interference alignment (IA) scheme provides poor sum-rate performance
compared to simple orthogonal access schemes such as time-division multiple access …

Interference alignment (IA) gives a promise to achieve the maximum degrees of freedom of
K-user multiple-input-multiple-output (MIMO) interference channels. This theoretical result …

In this paper, we investigate the impact of antenna spatial correlation on the performance of
K-user MIMO interference channel, in which interference alignment technique is employed …

A general iterative method to achieve interference alignment along spatial dimension for the
K-user constant MIMO interference channel with arbitrary antenna configuration is proposed …

In order for interference alignment (IA) techniques to be implemented in future generation
mobile multiple-input multipleoutput (MIMO) communications systems, they must be shown …