[[abstract]]In this paper, we propose an improved adaptive receiver in order to overcome the performance degradation problem encountered by the existing conjugate transmission schemes due to a time-varying frequency offset. We apply two different phase rotations on the two receiving paths instead of employing only one common phase rotation for both paths in the previous work. The two phase rotations are chosen properly based on the derived optimization results, such that an additional phase distortion on the detected symbol could be completely removed. For practical use, the block least mean-squared algorithm is applied to adaptively update the two phase rotations with the frequency offset variation. Computer simulation results show that th...
This work proposes an adaptive beamforming scheme applied to time domain, pre-FFT (Fast Fourier Tran...
We address the subject of reducing the impact of phase noise on a QAM-OFDM system transmitting over ...
In this paper we review contributions regarding dynamic, i.e., channel-state adaptive schemes for OF...
[[abstract]]In this paper, we propose an adaptive receiver for efficient intercarrier interference (...
[[abstract]]In this paper, we first investigate two efficient inter-carrier interference (ICI) self-...
[[abstract]]In this paper, we propose an adaptive receiver design for OFDM-based cooperative relay s...
Abstract — This paper presents a cyclic prefixed conjugate transmission technique with adaptive rece...
Orthogonal frequency‐division multiplexing is not suitable for fifth‐generation applications such as...
An efficient of the inter carrier interference (ICI) cancellation in the adaptive receiver using ort...
[[abstract]]In this paper, we propose a general phase rotated conjugate cancellation (PRCC) scheme f...
In wireless communication systems, multiples copies of the transmitted signal arrive at the receiver...
Orthogonal frequency division multiplexing (OFDM) is a powerful technique employed in communication ...
We proposed a novel interleaving technique for orthogonal frequency division multiplexing (OFDM), na...
The implementation of OFDM-based systems suffers from impairments such as in-phase and quadrature-ph...
In this thesis, we begin by investigating the fading characteristics of OFDM subcarriers and discove...
This work proposes an adaptive beamforming scheme applied to time domain, pre-FFT (Fast Fourier Tran...
We address the subject of reducing the impact of phase noise on a QAM-OFDM system transmitting over ...
In this paper we review contributions regarding dynamic, i.e., channel-state adaptive schemes for OF...
[[abstract]]In this paper, we propose an adaptive receiver for efficient intercarrier interference (...
[[abstract]]In this paper, we first investigate two efficient inter-carrier interference (ICI) self-...
[[abstract]]In this paper, we propose an adaptive receiver design for OFDM-based cooperative relay s...
Abstract — This paper presents a cyclic prefixed conjugate transmission technique with adaptive rece...
Orthogonal frequency‐division multiplexing is not suitable for fifth‐generation applications such as...
An efficient of the inter carrier interference (ICI) cancellation in the adaptive receiver using ort...
[[abstract]]In this paper, we propose a general phase rotated conjugate cancellation (PRCC) scheme f...
In wireless communication systems, multiples copies of the transmitted signal arrive at the receiver...
Orthogonal frequency division multiplexing (OFDM) is a powerful technique employed in communication ...
We proposed a novel interleaving technique for orthogonal frequency division multiplexing (OFDM), na...
The implementation of OFDM-based systems suffers from impairments such as in-phase and quadrature-ph...
In this thesis, we begin by investigating the fading characteristics of OFDM subcarriers and discove...
This work proposes an adaptive beamforming scheme applied to time domain, pre-FFT (Fast Fourier Tran...
We address the subject of reducing the impact of phase noise on a QAM-OFDM system transmitting over ...
In this paper we review contributions regarding dynamic, i.e., channel-state adaptive schemes for OF...