Samarendra Nath Sur

Channel Capacity Analysis of MIMO System in Correlated Nakagami-m Fading Environment

We consider Vertical Bell Laboratories Layered Space-Time (V-BLAST) systems in correlated multiple-input multiple-output (MIMO) Nakagami-m fading channels with equal power allocated to each transmit antenna and also we consider that the channel state information (CSI) is available only at the receiver. Now for practical application, study of the VBLAST MIMO system in correlated environment is necessary. In this paper, we present a detailed study of the channel capacity in correlated and uncorrelated channel condition and also validated the result with appropriate mathematical relation.

Contemporary MMSE and ZF receiver for V-BLAST MIMO system in Nakagami-m fading channel

In this paper the BER and capacity performance of the V-BALST MIMO systems with Minimum mean square error (MMSE) and zero forcing (ZF) receiver over Nakagami-m channel is investigated. Both the bit error rate (BER) and capacity of MIMO systems have been analyzed with different modulation techniques and also with different configuration of MIMO systems. The simulated results have been verified by using corresponding mathematical calculation.

Decision Feedback Equalization for MIMO Systems

This paper deals with the implementation of decision feedback equalization-based receivers for MIMO systems in correlated Nakagami-m channel. Moreover, suboptimal, pre-equalization combining decision feedback receiver (DFE) architectures are examined and performance is compared with its linear counterparts.

Capacity Analysis of the VBLAST MIMO System in Fading Condition with M-QAM Modulation

input multiple output (MIMO) system using multiple transmit and receive antennas are widely recognized as the vital breakthrough that will allow future wireless systems to achieve higher data rates and also to increase diversity to combat channel fading. Therefore, a MIMO system can provide capacity gain and diversity gain. In this paper, we investigate the channel capacity issue of the Vertical

Capacity Analysis of ZF Receiver in Correlated MIMO Nakagami-m Channel

Bell Laboratories Layered Spa ce

Embedded Digital MIMO Radar Using SDR for Target Detection and RCS Measurement

Time (V

Design and Analysis of Optimum APSK Modulation Technique

BLAST) multiple

A Review on MIMO Based V2V Communication

input multiple

A Review on Spread Spectrum Radar

output (MIMO) system with minimum min square error (MMSE) receiver and zero

5G Technology Enabling the Wireless Internet of Things

f orcing (ZF) receivers in fading channel condition. In this paper, the difference in capacity of MIMO system with the MMSE receiver and ZF receiver is validated by comparing the mathematical relation and the simulated results. KeywordsMMSE, ZF, Capacity, Rician factor.