We investigate the performance of adaptive interference cancellation receivers for the wideband code division multiple access (WCDMA) uplink physical data channel. For the WCDMA uplink waveform, we derive a blind adaptive receiver (BAR) based an the constant modulus algorithm (CMA), and an multistage adaptive parallel interference cancellation (APIC) receiver. In order to improve the performance of the APIC receiver, we propose a hybrid APIC (H-APIC) receiver structure which uses the CMA based BAR as the first stage of the APIC. We evaluate and compare the performance of the above receivers in a near-far scenario and show that the proposed H-APIC receiver performs better than the APIC receiver
multicarrier-CDMA receivers in multipath fading channels Jun-Da Chen1 * and Ye-Shun Shen2 Two blind ...
Over the past few decades, code-division multiple-access (CDMA) systems have been widely used for mi...
In order to improve communication over a dispersive channel in a CDMA system, we have to re-establis...
The goal for the third generation (3G) of mobile communications system is to seamlessly integrate a ...
Interference cancellation (IC) is one identified key technology to enhance WCDMA uplink performance....
A study of the application of blind adaptive Minimum Mean Square Error (MMSE) and Parallel Interfere...
The paper deals with the problem of blind mitigation of intersymbol interference (ISI) as well as mu...
In this work we propose blind adaptive and iterative interference cancellation (IC) receiver structu...
The aim of this paper is to combine smart antenna beamforming and RAKE receiver in wideband code div...
Abstract Advanced receiver structures capable of suppressing multiple-access interference in code-di...
Abstract Conventional versions of linear multiuser detectors (MUD) are not feasible in the wideband ...
Abstract. Interference cancellation and multiuser detec-tion in CDMA systems are still actual resear...
We address the problem of joint beamforming and multipath channel parameters estimation in Wideband ...
Reliable estimation of users ’ channels and data in rapidly time varying fading environments is a ve...
Current wireline systems and wireless broadcasting systems employ multicarrier modulation (MCM). Thi...
multicarrier-CDMA receivers in multipath fading channels Jun-Da Chen1 * and Ye-Shun Shen2 Two blind ...
Over the past few decades, code-division multiple-access (CDMA) systems have been widely used for mi...
In order to improve communication over a dispersive channel in a CDMA system, we have to re-establis...
The goal for the third generation (3G) of mobile communications system is to seamlessly integrate a ...
Interference cancellation (IC) is one identified key technology to enhance WCDMA uplink performance....
A study of the application of blind adaptive Minimum Mean Square Error (MMSE) and Parallel Interfere...
The paper deals with the problem of blind mitigation of intersymbol interference (ISI) as well as mu...
In this work we propose blind adaptive and iterative interference cancellation (IC) receiver structu...
The aim of this paper is to combine smart antenna beamforming and RAKE receiver in wideband code div...
Abstract Advanced receiver structures capable of suppressing multiple-access interference in code-di...
Abstract Conventional versions of linear multiuser detectors (MUD) are not feasible in the wideband ...
Abstract. Interference cancellation and multiuser detec-tion in CDMA systems are still actual resear...
We address the problem of joint beamforming and multipath channel parameters estimation in Wideband ...
Reliable estimation of users ’ channels and data in rapidly time varying fading environments is a ve...
Current wireline systems and wireless broadcasting systems employ multicarrier modulation (MCM). Thi...
multicarrier-CDMA receivers in multipath fading channels Jun-Da Chen1 * and Ye-Shun Shen2 Two blind ...
Over the past few decades, code-division multiple-access (CDMA) systems have been widely used for mi...
In order to improve communication over a dispersive channel in a CDMA system, we have to re-establis...