A Differential Transmitted Reference UWB Receiver Using Time Reversal Technique

Bin Bin Yu; Li Guo Wang

doi:10.4028/www.scientific.net/AMR.962-965.2890

Paper Titles

Impact of Carrier Movement on Landing Guidance Radar Precision
p.2872

The Key Factors of Mathematical Formula Affecting the Size of a Clustered Index
p.2877

An Efficient and Robust Kernelized Possibilistic C-Means Clustering Algorithm
p.2881

Research of New Media Wireless Ad Hoc Network Broadcast Algorithm
p.2886

A Differential Transmitted Reference UWB Receiver Using Time Reversal Technique
p.2890

A Disturbance Adaptive Control Scheme Based on Order Identification
p.2894

A Weighted Network Topology Model of WSN Based on Random Geometric Graph Method
p.2898

An Improved Constrained Optimization Multi-Objective Genetic Algorithm and its Application in Engineering
p.2903

Parameters Estimation Algorithm of Near-Field Cyclostationary Source Based on Propagator
p.2909

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 962-965A Differential Transmitted Reference UWB Receiver...

A Differential Transmitted Reference UWB Receiver Using Time Reversal Technique

Abstract:

A Differential Transmitted Reference (DTR) system is analyzed for Ultra Wideband (UWB) communications in a multipath propagation environment with single user transmitted. In order to improve the data rate, The Time-Reversal technology is proposed for the DTR receiver in the paper, which can also resist the influence of Inter/intra Symbol Interference (ISI). Computer simulation is conducted in the presence of an IEEE802.15.3a CM2 channel with Scholtz’s pulse. Analysis and simulation are both shown that the TiR-DTR receiver can improve the data rate of UWB system.