To meet the ambitious peak data rate and spectral efficiency target for the UTRA Long Term
Evolution (LTE), Multiple-Input Multiple-Output (MIMO) is identified to be one of the most …

In order to fulfil such requirements, a transmission bandwidth of up to 100 MHz is required;
however, since the availability of such large portions of contiguous spectrum is rare in …

Multiple input multiple output (MIMO) technique that requires multiple antennas at both
transmitter and the receiver is a key technology to meet the peak data rates and spectral …

Abstract 3GPP LTE (Long Term Evolution) is the evolution of the UMTS which will make
possible to deliver next generation high quality multimedia services according to the users' …

Performance evaluation of closed-loop transmit diversity (CETD) for 3GPP UTRA long term
evolution (ETE) is addressed in this paper. To reduce the feedback and keep comparable …

This paper evaluates spectral efficiency performance of the 3GPP Evolved UTRA (E-UTRA)
downlink with baseline settings. A detailed link level tool has been developed including the …

In this paper we present an initial performance evaluation of the 3GPP UTRA long term
evolution (UTRA LTE) uplink with baseline settings. The performance results are obtained …

Recently, the mobile communication industry is moving rapidly towards long-term evolution
(LTE) systems. LTE aims to provide improved service quality over 3G systems in terms of …

The complexity of next generation wireless systems is growing exponentially. The
combination of Multiple-Input Multiple-Output (MIMO) technology with Orthogonal Frequency …

Codebook based multiple-input multiple-output (MIMO) precoding can significantly improve
the system spectral efficiency with limited feedback and has been accepted as one of the …