Abstract- Knowledge of future channel conditions can in-crease the performance of many types of wireless systems. This is especially true for radio channels with multiple trans-mit and receive antennss, i.e. Multiple-Input Multiple Output (MIMO) systems. This paper derives a performance hound for MIMO channel prediction. It is assumed that p r e diction is based upon estimating a model for the channel and then extrapolating that model to predict future values of the channel. A vector formulation of the Cramhr-Rao bound for functions of parameters is then used to Bnd a lower bound on the prediction error. Numerical evaluation of this bound shows that substantially longer prediction lenghs are pos-sible for MIMO channels than for single anten...
Prediction of the rapidly fading envelope of a mobile radio channel enables a number of capacity imp...
Abstract—Antenna selection is a low-complexity method for pragmatically exploiting spatial diversity...
In order to utilize the full capacity of MIMO channels, channel knowledge at the transmitter is nece...
Abstract—Knowledge of future channel conditions can increase the performance of many types of wirele...
Abstract—In this letter, we derive simple expressions for the lower bound on the prediction error va...
Abstract — In mobile communications, time varying channels make the available channel information ou...
In mobile communications, time varying channels make the available channel information out of date. ...
Abstract—The performance of a mobile multiple-input multiple-output orthogonal-frequency-division mu...
: In mobile communications, time varying channels make the available channel information out of date...
The performance of a mobile MIMO-OFDM system de-pends on the ability of the system to accurately acc...
Temporal variation and frequency selectivity of wireless channels constitute a major drawback to the...
When installing Multiple Input Multiple Output (MIMO)-systems, the antenna positioning has a major i...
Abstract — In this paper we analyze the performance of an autoregressive MIMO channel predictor on o...
Abstract — In Multiple Input Multiple Output (MIMO) systems, predicting performance prior to data tr...
Many advanced transmission techniques utilize channel state information (CSI) at the transmitter (CS...
Prediction of the rapidly fading envelope of a mobile radio channel enables a number of capacity imp...
Abstract—Antenna selection is a low-complexity method for pragmatically exploiting spatial diversity...
In order to utilize the full capacity of MIMO channels, channel knowledge at the transmitter is nece...
Abstract—Knowledge of future channel conditions can increase the performance of many types of wirele...
Abstract—In this letter, we derive simple expressions for the lower bound on the prediction error va...
Abstract — In mobile communications, time varying channels make the available channel information ou...
In mobile communications, time varying channels make the available channel information out of date. ...
Abstract—The performance of a mobile multiple-input multiple-output orthogonal-frequency-division mu...
: In mobile communications, time varying channels make the available channel information out of date...
The performance of a mobile MIMO-OFDM system de-pends on the ability of the system to accurately acc...
Temporal variation and frequency selectivity of wireless channels constitute a major drawback to the...
When installing Multiple Input Multiple Output (MIMO)-systems, the antenna positioning has a major i...
Abstract — In this paper we analyze the performance of an autoregressive MIMO channel predictor on o...
Abstract — In Multiple Input Multiple Output (MIMO) systems, predicting performance prior to data tr...
Many advanced transmission techniques utilize channel state information (CSI) at the transmitter (CS...
Prediction of the rapidly fading envelope of a mobile radio channel enables a number of capacity imp...
Abstract—Antenna selection is a low-complexity method for pragmatically exploiting spatial diversity...
In order to utilize the full capacity of MIMO channels, channel knowledge at the transmitter is nece...