In this paper we consider a multi-user spatial multiplexing (SM) cellular network, where Nt streams are transmitted to Nt users in the cell. Specifically, we obtain the coverage and rate expressions for a system employing zero-forcing (ZF) receiver. Compared to single stream transmission (SST), it is interesting to see that SM degrades the rate for a notable percentage of users. For the case of two and four receiver antennas, the increase in mean rate of SM is modest compared to single stream transmission (SST) while SST provides a gain over SM for cell edge users
The performance of spatial multiplexing systems with linear minimum-mean-squared-error receivers is ...
The structure of cellular networks is under disruptive innovations as a response to the growth of da...
The advances in programmable and reconfigurable radios have rendered feasible transmitter optimizati...
In this paper we consider a multi-user spatial multiplexing (SM) cellular network, where Nt streams ...
In this paper we consider a multi-user spatial multiplexing (SM) cellular network, where N t streams...
Abstract—In this paper we consider a multi-user spatial multi-plexing (SM) cellular network, where N...
This paper characterizes the performance of cellular networks employing multiple antenna open-loop s...
textMultiple antenna wireless systems are those that have multiple transmit and/or multiple receive...
this thesis focuses on the performance of open loop spatial multiplexing (SM)\ud that does not requi...
Phase-sweep transmit diversity (PSTD) has been widely studied in 3G1X and Universal Mobile Telecommu...
The sum-rate of the multi-cell multi-user generalized spatial modulation (GSM) uplink is analyzed in...
Multi-antenna transmission, or MIMO, is a major enabling technique for broadband cellular networks. ...
We study forward link performance of a multi-user cellular wireless network. In our proposed cellu-l...
Multiple antennas can be used for increasing the packet reliability (spatial diversity) or the spect...
The performance of spatial multiplexing systems with linear minimum-mean-squared-error receivers is ...
The performance of spatial multiplexing systems with linear minimum-mean-squared-error receivers is ...
The structure of cellular networks is under disruptive innovations as a response to the growth of da...
The advances in programmable and reconfigurable radios have rendered feasible transmitter optimizati...
In this paper we consider a multi-user spatial multiplexing (SM) cellular network, where Nt streams ...
In this paper we consider a multi-user spatial multiplexing (SM) cellular network, where N t streams...
Abstract—In this paper we consider a multi-user spatial multi-plexing (SM) cellular network, where N...
This paper characterizes the performance of cellular networks employing multiple antenna open-loop s...
textMultiple antenna wireless systems are those that have multiple transmit and/or multiple receive...
this thesis focuses on the performance of open loop spatial multiplexing (SM)\ud that does not requi...
Phase-sweep transmit diversity (PSTD) has been widely studied in 3G1X and Universal Mobile Telecommu...
The sum-rate of the multi-cell multi-user generalized spatial modulation (GSM) uplink is analyzed in...
Multi-antenna transmission, or MIMO, is a major enabling technique for broadband cellular networks. ...
We study forward link performance of a multi-user cellular wireless network. In our proposed cellu-l...
Multiple antennas can be used for increasing the packet reliability (spatial diversity) or the spect...
The performance of spatial multiplexing systems with linear minimum-mean-squared-error receivers is ...
The performance of spatial multiplexing systems with linear minimum-mean-squared-error receivers is ...
The structure of cellular networks is under disruptive innovations as a response to the growth of da...
The advances in programmable and reconfigurable radios have rendered feasible transmitter optimizati...