The problem of multichannel estimation for space-time coded transmissions over frequency-selective Rayleigh fading channels is addressed. Under fast fading conditions, receivers employing Kalman filtering and moderate complexity equalization schemes are proposed for both space-time block codes (STBCs) and space-time trellis codes (STTCs). Simulation results of the proposed receivers demonstrate good performance
In this paper, we propose a semi-blind state-space based receiver that jointly performs channel esti...
A space-time block coded system in a correlated Rayleigh flat fading environment with transmit and r...
Communication poses challenges in the presence of interference channel environments. In order to att...
In the recent years, we have witnessed an increased interest in space-time coding, because of its e...
grantor: University of TorontoChannel estimation is an essential part of many adaptive det...
This letter addresses the issue of joint space-time trellis decoding and channel estimation in time-...
This thesis studies space-time coded transmissions over frequency-selective channels. For this, the...
Abstract — This paper considers receiver design for space time block coded MIMO OFDM transmission ov...
The combination of coding with spatial diversity opens up new dimensions in wireless communications ...
We derive and analyze two modified Kalman channel estimators (KCE) for time-varying, flat, spatially...
We consider the problem of joint decoding and channel estimation for space-time trellis codes transm...
Abstract — In this paper, the problem of estimation of fast time-varying radio channels is considere...
This paper addresses soft estimation of time-varying frequency selective channels using Kalman smoot...
This paper proposes a new blind algorithm, based on Mixture Kalman Filtering (MKF), for joint carrie...
This work is a systematic study of the optimal and near-optimal demodulation for frequency-selective...
In this paper, we propose a semi-blind state-space based receiver that jointly performs channel esti...
A space-time block coded system in a correlated Rayleigh flat fading environment with transmit and r...
Communication poses challenges in the presence of interference channel environments. In order to att...
In the recent years, we have witnessed an increased interest in space-time coding, because of its e...
grantor: University of TorontoChannel estimation is an essential part of many adaptive det...
This letter addresses the issue of joint space-time trellis decoding and channel estimation in time-...
This thesis studies space-time coded transmissions over frequency-selective channels. For this, the...
Abstract — This paper considers receiver design for space time block coded MIMO OFDM transmission ov...
The combination of coding with spatial diversity opens up new dimensions in wireless communications ...
We derive and analyze two modified Kalman channel estimators (KCE) for time-varying, flat, spatially...
We consider the problem of joint decoding and channel estimation for space-time trellis codes transm...
Abstract — In this paper, the problem of estimation of fast time-varying radio channels is considere...
This paper addresses soft estimation of time-varying frequency selective channels using Kalman smoot...
This paper proposes a new blind algorithm, based on Mixture Kalman Filtering (MKF), for joint carrie...
This work is a systematic study of the optimal and near-optimal demodulation for frequency-selective...
In this paper, we propose a semi-blind state-space based receiver that jointly performs channel esti...
A space-time block coded system in a correlated Rayleigh flat fading environment with transmit and r...
Communication poses challenges in the presence of interference channel environments. In order to att...