… massive MIMO framework for effective hybrid precoding, … hybrid precoder is selected through
training based on the DNN for optimizing precoding process of the mmWave massive MIMO…

… a low-complexity hybrid precoding scheme to approach … ) precoding (referred to as full-complexity
ZF), which is considered a virtually optimal linear precoding scheme in massive MIMO …

… massive MIMO systems with significantly reduced radio frequency (RF) chains, but it requires
a large … In this letter, an adaptive hybrid precoding (AHP) is proposed to approach the …

… precoders, they appear large computational complexity and … design of hybrid precoders
for the common multi-user MIMO … the hybrid precoding design in the case of multi-user MIMO …

… , that we call an auto-precoder. This auto-precoder network jointly senses the millimeter
wave (mmWave) channel and designs the hybrid precoding matrices with only a few training …

… To improve the energy efficiency of mmWave massive MIMO systems, we propose a new
partly-connected architecture and two hybrid precoding algorithms based on partly-connected …

… massive MIMO systems, the essence of hybrid precoding is … approach the fully digital precoding
matrix or inverted channel … novel hybrid precoding scheme for a mmWave massive MIMO …

… In this paper, we propose hybrid precoding schemes for multi-user massive MIMO systems
in mmWave communications. Innovatively, we formulate the FHP and AHP design problems …

… In this section, a multi-user massive MIMO system is considered with hybrid precoding at
the BS, as shown in Fig. 2. M sub-arrays are equipped on the BS side, each with K antenna …

… In this paper, the idea of hybrid precoding/combining for single-user massive MIMO systems
in [45] is reconsidered and extended to multi-user scenarios. At first, an analog precoder at …