In this paper we propose a new linear multiuser detector for synchronous CDMA systems. Speci cally, the received signal is demodulated using an orthogonal multiuser (OMU) receiver that is matched to a set of orthogonal vectors that are closest in a least-squares sense to the signature vectors. We show that this approach is equivalent to optimally whitening the noise component in the output of the decorrelator prior to detection. We provide simulation results suggesting that in many cases the OMU detector outperforms the matched lter detector and the decorrelator.? 2002 Elsevier Science B.V. All rights reserved
Multi-user detection allows for the efficient use of bandwidth in Code-Division Multiple-Access (CDM...
This paper deals with blind multiuser detection for asynchronous multicarrier code-division multiple...
In this paper, a suboptimal low complexity structure for joint linear detection of CDMA signals is p...
The conventional optimal detector for DS/CDMA systems consists of a bank of matched filters. This de...
Multiuser detection (MUD) is a key technique for combating multiple access interference (MAI) in CDM...
A key problem in code-division multiple access (CDMA) system is to mitigate the multiple access inte...
A maximum likelihood optimum detector with an asymptotic complexity per user of O(1.5(K)) has been d...
Recently, a new class of linear multiuser receivers for direct-sequence code-division multiple-acces...
Linear multiuser detectors have been developed for CDMA systems to maintain a balance between the pe...
A novel scheme for linear Multiuser Detection (MUD) based on Sub-Symbol diversity is presented that ...
Widely linear structures for multiuser detection of code division multiple-access signals are propos...
We focus on receiver structures and their performance for DS/CDMA systems in mobile cellular environ...
For code-division multiple access (CDMA) communication systems, many constrained linear receivers ha...
Multiuser detection strategies are derived and analyzed for several signal detection problems arisin...
Masters ThesisLinear multiuser detectors have been developed for CDMA systems to maintain a balance ...
Multi-user detection allows for the efficient use of bandwidth in Code-Division Multiple-Access (CDM...
This paper deals with blind multiuser detection for asynchronous multicarrier code-division multiple...
In this paper, a suboptimal low complexity structure for joint linear detection of CDMA signals is p...
The conventional optimal detector for DS/CDMA systems consists of a bank of matched filters. This de...
Multiuser detection (MUD) is a key technique for combating multiple access interference (MAI) in CDM...
A key problem in code-division multiple access (CDMA) system is to mitigate the multiple access inte...
A maximum likelihood optimum detector with an asymptotic complexity per user of O(1.5(K)) has been d...
Recently, a new class of linear multiuser receivers for direct-sequence code-division multiple-acces...
Linear multiuser detectors have been developed for CDMA systems to maintain a balance between the pe...
A novel scheme for linear Multiuser Detection (MUD) based on Sub-Symbol diversity is presented that ...
Widely linear structures for multiuser detection of code division multiple-access signals are propos...
We focus on receiver structures and their performance for DS/CDMA systems in mobile cellular environ...
For code-division multiple access (CDMA) communication systems, many constrained linear receivers ha...
Multiuser detection strategies are derived and analyzed for several signal detection problems arisin...
Masters ThesisLinear multiuser detectors have been developed for CDMA systems to maintain a balance ...
Multi-user detection allows for the efficient use of bandwidth in Code-Division Multiple-Access (CDM...
This paper deals with blind multiuser detection for asynchronous multicarrier code-division multiple...
In this paper, a suboptimal low complexity structure for joint linear detection of CDMA signals is p...