A wireless precoding technique for millimetre-wave MIMO system based on SIC-MMSE

Abstract

A communication method is proposed using Minimum Mean Square Error (MMSE) precoding and Successive Interference Cancellation (SIC) technique for millimetre-wave multiple-input multiple-output (mm-Wave MIMO) based wireless communication system. The mm-Wave MIMO technology for wireless communication system is the base potential technology for its high data transfer rate followed by data instruction and low power consumption compared to Long-Term Evolution (LTE). The mm-Wave system is already available in indoor hotspot and Wi-Fi backhaul for its high bandwidth availability and potential lead to rate of numerous Gbps/user. But, in mobile wireless communication system this technique is lagging because the channel faces relative orthogonal coordination and multiple node detection problems while rapid movement of nodes (transmitter and receiver) occur. To improve the conventional mm-wave MIMO nodal detection and coordination performance, the system processes data using symbolized error vector technique for linearization. Then the MMSE precoding detection technique improves the link strength by constantly fitting the channel coefficients based on number of independent service antennas (M), Signal to Noise Ratio (SNR), Channel Matrix (CM) and mean square errors (MSE). To maintain sequentially encoded user data connectivity and to overcome data loss, SIC method is used in combination with MMSE. MATLAB was used to validate the proposed system performance.

Performance of BER with Different Diversity Techniques for Millimeter-Wave Communication System

“…Channel estimation and equalizers are used in MIMO channel to mitigate the fading effect. In MIMO wireless system analysis the BER performance with different modulation schemes [14].In millimeter wave communication system for a MIMO channel, a coding Technique was proposed using minimum mean square error and successive interference cancellation [15]. The low correlation between the multipath of the MIMO system improves channel capacity and performance was studied [16] The primary objective of the paper is to investigate the BER performance of all the diversity techniques scenario in both LOS and multipath propagation using antenna arrays to provides transmit and receive diversity during transmission in millimeter wave communication system.…”

A 5G mm-wave compact voltage-controlled oscillator in 0.25 µm pHEMT technology

“…Millimeter-wave frequencies offer huge capacity, allowing more transferred data through a particular channel in order to achieve multi-gigabit rates per second [3] and a very low latency time. Such advantages offer new opportunities for high-speed wireless Internet access, data and video streaming, and cable replacement.…”

Real-time high-speed mobility management

“…Some have restricted connectivity setup and others can ignore wired backhaul [5]. High frequencies are required when heterogeneous networks are introduced, as there is a correlation between frequency and cell coverage, so mmWaves are known for use in international mobile telecommunications (IMT) and the next-generation technology-5G [6]- [8].…”