Widely linear structures for multiuser detection of code division multiple-access signals are proposed, which jointly elaborate the received signal and its complex conjugate. Computer simulations show that the new structures significantly outperform the conventional linear ones, in terms of suppression capability of both wideband multiple-access and narrowband interference
Abstract—This letter presents a linearly constrained constant modulus approach for the blind suppres...
This paper deals with blind multiuser detection for asynchronous multicarrier code-division multiple...
This paper investigates adaptive implementation of the linear minimum mean square error (MMSE) detec...
Widely linear structures for multiuser detection of code division multiple-access signals are propos...
Over the past few decades, code-division multiple-access (CDMA) systems have been widely used for mi...
Abstract-The decorrelating detector and the linear minimum mean-squate error (MMSE) detector are kno...
A novel blind multi-user detection scheme is developed, which shows clear superiority to the convent...
This thesis presents a study on blind detection techniques. Two new blind and semi-blind multiuser d...
In this paper, we present a robust decorrelating multiuser detector to suppress multiple access inte...
In this paper, we study an enhanced subspace based approach for the mitigation of multiple access in...
This paper examines the performance analysis of Linear Multi-user Detectors in Direct Sequence Code ...
The problem of blind multiuser detection for a DS-CDMA system employing multiple transmit and receiv...
Abstract—This paper addresses the problem of blind multiple access interference (MAI) and inter-symb...
This research is emphasized on the study of low complexity multiuser detection algorithms for code-d...
A new blind adaptive multiuser detector for synchronous DS/CDMA systems based on a modified constant...
Abstract—This letter presents a linearly constrained constant modulus approach for the blind suppres...
This paper deals with blind multiuser detection for asynchronous multicarrier code-division multiple...
This paper investigates adaptive implementation of the linear minimum mean square error (MMSE) detec...
Widely linear structures for multiuser detection of code division multiple-access signals are propos...
Over the past few decades, code-division multiple-access (CDMA) systems have been widely used for mi...
Abstract-The decorrelating detector and the linear minimum mean-squate error (MMSE) detector are kno...
A novel blind multi-user detection scheme is developed, which shows clear superiority to the convent...
This thesis presents a study on blind detection techniques. Two new blind and semi-blind multiuser d...
In this paper, we present a robust decorrelating multiuser detector to suppress multiple access inte...
In this paper, we study an enhanced subspace based approach for the mitigation of multiple access in...
This paper examines the performance analysis of Linear Multi-user Detectors in Direct Sequence Code ...
The problem of blind multiuser detection for a DS-CDMA system employing multiple transmit and receiv...
Abstract—This paper addresses the problem of blind multiple access interference (MAI) and inter-symb...
This research is emphasized on the study of low complexity multiuser detection algorithms for code-d...
A new blind adaptive multiuser detector for synchronous DS/CDMA systems based on a modified constant...
Abstract—This letter presents a linearly constrained constant modulus approach for the blind suppres...
This paper deals with blind multiuser detection for asynchronous multicarrier code-division multiple...
This paper investigates adaptive implementation of the linear minimum mean square error (MMSE) detec...