This letter proposes a novel hybrid turbo multi-user (MU) detection technique based on group-wise soft interference canceling minimum mean-square error filtering (SC-MMSE) combined with maximum a posteriori (MAP) signal detection for OFDM MU systems. A new user grouping algorithm is developed that exploits the knowledge of the pairwise spatial correlation among the channels of each group, of which aim is to reduce noise enhancement due to the MMSE interference suppression of highly correlated user signals. It is shown that the proposed detector can achieve significant performance improvements over SC-MMSE in the presence of high spatial channel correlatio
A novel iterative Multiuser Detector (MUD) is proposed for employment in Space Division Multiple Acc...
In this treatise, we employed the so-called Space Division Multiple Access (SDMA) principle in the c...
International audienceMultiuser detection and turbo coding are two of the most powerful techniques f...
Abstract — This letter proposes a novel hybrid turbo multi-user (MU) detection technique based on gr...
This paper proposes a novel turbo equalization scheme based on groupwise soft interference cancellin...
grantor: University of TorontoChannels shared by multiple users, such as in DS-CDMA, frequ...
This paper presents an adaptive multiuser receivers scheme for MIMO OFDM over Turbo-Equalization for...
Orthogonal frequency and code-division multiplexing (OFCDM) systems have been introduced for high-sp...
Multiuser detection (MUD) and channel estimation techniques in space-division multiple-access aided ...
Orthogonal frequency and code-division multiplexing (OFCDM) systems have been introduced for high-sp...
Multiuser detection (MUD) and channel estimation techniques in space‐division multiple‐access aided ...
A genetic algorithm assisted minimum mean-square error (MMSE) multi-user detector (MUD) is proposed ...
Mobile telephony has now become a commodity in most industrialized countries. While voice communicat...
International audienceThis paper focuses on the problem of detecting multiuser coded space-time sign...
Orthogonal frequency and code division multiplexing (OFCDM) systems have been introduced for high sp...
A novel iterative Multiuser Detector (MUD) is proposed for employment in Space Division Multiple Acc...
In this treatise, we employed the so-called Space Division Multiple Access (SDMA) principle in the c...
International audienceMultiuser detection and turbo coding are two of the most powerful techniques f...
Abstract — This letter proposes a novel hybrid turbo multi-user (MU) detection technique based on gr...
This paper proposes a novel turbo equalization scheme based on groupwise soft interference cancellin...
grantor: University of TorontoChannels shared by multiple users, such as in DS-CDMA, frequ...
This paper presents an adaptive multiuser receivers scheme for MIMO OFDM over Turbo-Equalization for...
Orthogonal frequency and code-division multiplexing (OFCDM) systems have been introduced for high-sp...
Multiuser detection (MUD) and channel estimation techniques in space-division multiple-access aided ...
Orthogonal frequency and code-division multiplexing (OFCDM) systems have been introduced for high-sp...
Multiuser detection (MUD) and channel estimation techniques in space‐division multiple‐access aided ...
A genetic algorithm assisted minimum mean-square error (MMSE) multi-user detector (MUD) is proposed ...
Mobile telephony has now become a commodity in most industrialized countries. While voice communicat...
International audienceThis paper focuses on the problem of detecting multiuser coded space-time sign...
Orthogonal frequency and code division multiplexing (OFCDM) systems have been introduced for high sp...
A novel iterative Multiuser Detector (MUD) is proposed for employment in Space Division Multiple Acc...
In this treatise, we employed the so-called Space Division Multiple Access (SDMA) principle in the c...
International audienceMultiuser detection and turbo coding are two of the most powerful techniques f...