Cross Z-complementary pairs (CZCPs) are a special kind of Z-complementary pairs having
zero autocorrelation sums around the in-phase position and end-shift position, also having …

Spatial modulation (SM) is a new paradigm of multiple-input multiple-output (MIMO)
systems. Recently, it is observed that SM training sequences derived from cross Z …

The unprecedented elevation of wireless technologies produces the ever-increasing
requirement for higher-dimensional array sets with preferable correlation properties and …

A pair of sequences is called a Z-complementary pair (ZCP) if it has zero aperiodic
autocorrelation sums at each of the non-zero time-shifts within a certain region, called the …

The construction of complementary sets (CSs) of sequences with different set size and
sequence length become important due to its practical application for OFDM systems. Most …

Spatial modulation (SM) is a special kind of multiple-input multiple-output (MIMO) technique,
in which one transmit antenna is activated during each symbol duration. Recently, cross Z …

A pair of sequences is referred to as a type-II Z-complementary pair (ZCP) if their out-of-
phase aperiodic autocorrelation sums (AACSs) equal zeros for time-shifts around the end …

Cross Z-complementary pairs play an instrumental role in the design of optimal spatial
modulation (SM) to service optimal channel estimation over frequency-selective channels …

This paper introduces a novel construction method for Type-II Z complementary code set
(ZCCS) based on the Kronecker product between complete complementary code and …

Cross Z-complementary pairs (CZCPs) are a special kind of Z-complementary pairs (ZCPs)
having zero autocorrelation sums around the in-phase and end-shift positions and zero …