[inria-00412055, v1] Measured Performances of a SIMO Multi-Standard Receiver

Spatial Decorrelation Receiving technique for Frequency Selective SIMO Channels

In multi-antenna system, the correlations between the receiver antennas degrades the systems performance. In this paper, we propose a spatial decorrelation receiving technique in frequency-selective SIMO channels. A spatial-to-modal matrix is placed after the SIMO channel output to remove the correlations between the receiver antennas caused by the limited antenna separations. Simulation result...

On Relaxing constraints on Multi-branches RF Front-End for a SIMO OFDM Receiver – A Global System evaluation Scheme

Linear and Non-linear Receiver Processing in MIMO Ad-hoc Networks

A collision model is proposed for ns2 simulations of a multi-hop ad-hoc network with multi-antenna nodes. We analyze the network throughput performance of linear minimum mean squared error (LMMSE) and successive interference cancellation (SIC) receiver-processing techniques for the flat fading channel. We compare two MAC protocols, one that uses single-input-multiple-output (SIMO) links and the...

Detection Performance with Many Antennas Available for Bandwidth-Efficient Uplink Transmission in MU-MIMO Systems

receiver antennas is assumed to be large, but not necessarily much larger than the overall number of transmitter antennas jointly using the same time/frequency resource at Mobile Terminals (MT). In this context, we consider several detection techniques and evaluate, in detail, the corresponding detection performances (discussed with the help of selected performance bounds), for a range of value...

Review on Receiver Architecture for Multi- Standard (wlan & Wimax)

One of the biggest challenges in wireless communication systems consists in achieving flexible dual-band receivers with maximum hardware share and minimum power consumption. The key for surpassing this challenge is the feasibility and performance evaluation for the different receiver topologies at system level stage. This task has its degree of complexity, by the fact that the receiver blocks c...