Multiple antenna systems provide both capacity and diversity gains relatively to single antenna based networks. These gains rely heavily on the availability of channel state information. In this manuscript we assume that the receiver has accurate channel information, which is quantized and fed back to the transmitter. Sufficient conditions for the feedback rate are provided that guarantee no loss of diversity due to channel quantization. Considering a K × M MIMO system, we show that to achieve a diversity of D = M – K + 1 which is the maximum allowable, a feedback channel with rate of log2(1 + D) bits per channel use is enough
Knowledge of the propagation channel makes it possible for multiple-input multiple-output (MIMO) lin...
In this paper, a downlink communication system, in which a Base Station (BS) equipped with M antenna...
International audienceIt is widely exploited that the feedback-assisted multiple-input multiple-outp...
Multiple antenna systems provide spatial multiplexing and diversity benefits.These systems also offe...
With the integration of internet and multimedia applications in next generation wireless com— munic...
Graduation date: 2010Multiple-input multiple-output wireless systems promise significant capacity ga...
Conference PaperWe quantify the multiplexing-diversity tradeoff of a multiple-input multiple-output ...
We consider a multiuser MIMO-OFDM downlink system with single antenna mobile terminals (MTs) where c...
In this contribution we evaluate the capacity of Multi-Input Multi-Output (MIMO) systems using multi...
We consider the block diagonalization (BD) and user selection based on limited feedback in multiple ...
Due to its significant advantage in spectral efficiency, multiple-antenna communication technology w...
We consider a multiuser MIMO-OFDM downlink system with single antenna mobile terminals (MTs) where c...
We present and analyze a new robust feedback and transmit strategy for multiuser MIMO downlink commu...
It is widely exploited that the feedback assisted multiple-input multiple-output (MIMO) systems, whi...
In this thesis, we consider the problem of Angle of Departure (AoD) based channel feedback in Freque...
Knowledge of the propagation channel makes it possible for multiple-input multiple-output (MIMO) lin...
In this paper, a downlink communication system, in which a Base Station (BS) equipped with M antenna...
International audienceIt is widely exploited that the feedback-assisted multiple-input multiple-outp...
Multiple antenna systems provide spatial multiplexing and diversity benefits.These systems also offe...
With the integration of internet and multimedia applications in next generation wireless com— munic...
Graduation date: 2010Multiple-input multiple-output wireless systems promise significant capacity ga...
Conference PaperWe quantify the multiplexing-diversity tradeoff of a multiple-input multiple-output ...
We consider a multiuser MIMO-OFDM downlink system with single antenna mobile terminals (MTs) where c...
In this contribution we evaluate the capacity of Multi-Input Multi-Output (MIMO) systems using multi...
We consider the block diagonalization (BD) and user selection based on limited feedback in multiple ...
Due to its significant advantage in spectral efficiency, multiple-antenna communication technology w...
We consider a multiuser MIMO-OFDM downlink system with single antenna mobile terminals (MTs) where c...
We present and analyze a new robust feedback and transmit strategy for multiuser MIMO downlink commu...
It is widely exploited that the feedback assisted multiple-input multiple-output (MIMO) systems, whi...
In this thesis, we consider the problem of Angle of Departure (AoD) based channel feedback in Freque...
Knowledge of the propagation channel makes it possible for multiple-input multiple-output (MIMO) lin...
In this paper, a downlink communication system, in which a Base Station (BS) equipped with M antenna...
International audienceIt is widely exploited that the feedback-assisted multiple-input multiple-outp...