Iterative multiuser detection and space-time coding are two promising techniques to improve
the capacity and performance of coded multiuser systems in wireless channels. In this …

Space-time coding (STC) techniques, which combine antenna array signal processing and
channel coding techniques, are very promising approaches to substantial capacity increase …

We consider the design of iterative multiuser detectors based on the expectation-
maximization (EM) algorithm and parallel interference cancellation (PIC) for spacetime block …

Space-time processing and multiuser detection are two promising techniques for combating
multipath distortion and multiple-access interference in code division multiple access …

Multiuser detectors for trellis space-time coded synchronous CDMA, operating in the
presence of independent Rayleigh fading are considered. The joint optimal maximum …

In this paper, we explore code division multiple access (CDMA) systems with multiple
transmit and receive antennas combined with space-time trellis codes over a frequency …

In this paper, a novel space–time-frequency minimum mean squared error (STF-MMSE)-
based parallel interference cancellation receiver is proposed for space–time block-coded …

We propose two types of iterative semi-blind receivers for coded multicarrier code-division
multiple-access (MC-CDMA) uplink systems in the presence of both intracell and intercell …

In this paper, we examine the multiuser detection for quasi-synchronous multi-carrier code-
division multiple-access (MC-CDMA) multiple-input multiple-output (MIMO) systems with …

Multicarrier code-division multiple access (MC-CDMA) is a promising candidate for the air
interface of future wireless communication systems. After the development of a unified signal …