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Dive into the research topics where Matthieu Gautier is active.

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Featured researches published by Matthieu Gautier.


International Journal of Microwave and Wireless Technologies | 2010

Low power front-end architecture dedicated to the multistandard simultaneous reception

Ioan Burciu; Guillaume Villemaud; Jacques Verdier; Matthieu Gautier

In this paper, we address the architecture of multistandard simultaneous reception receivers and we aim to reduce the complexity and the power consumption of the analog front-end. To this end we propose an architecture using the double orthogonal translation technique in order to multiplex two signals received on different frequency bands. A study case concerning the simultaneous reception of 802.11g and UMTS signals is developed in this article. Theoretical and simulation results show that this type of multiplexing does not significantly influence the evolution of the signal to noise ratio of the signals. In the same time a 30% reduction of the power consumption is expected as well as a significant reduction of the complexity.


wireless communications and networking conference | 2009

Low Complexity Antenna Diversity Front-End: Use of Code Multiplexing

Matthieu Gautier; Guillaume Villemaud

In this paper, we address the architecture of an antenna diversity receiver and we aim to reduce the complexity of the analog front-end. To this end, an innovative architecture is introduced based on code multiplexing. This architecture uses the direct sequence spread spectrum technique in order to multiplex the different antennas contributions through a single demodulator. Simulation and measurement results show that, in a Gaussian case, the bit error rate does not increase so much with the multiplexing. The complexity evaluation shows that the proposed architecture significantly reduces the power consumption of the front-end.


vehicular technology conference | 2009

IQ Imbalance Reduction in a SMI Multi-Antenna Receiver by Using a Code Multiplexing Front-End

Matthieu Gautier; Pierre-Francois Morlat; Guillaume Villemaud

In this paper, we address the IQ imbalance sensibility of the code multiplexing front-end architecture. This innovative architecture has been recently proposed in order to reduce the analog complexity of an antenna diversity receiver front-end. An interesting characteristic of this structure is that the resulting IQ imbalance is equal for each received baseband signal. Associated with Single Matrix Inversion algorithm, this property ensures a high IQ imbalance robustness. A global antenna diversity system including analog front-end and digital processing has been implemented in order to perform simulation validation. Results show that the bit error rate does not increase significantly with the multiplexing and this increase is compensated for a high IQ imbalance.


radio and wireless symposium | 2011

Candidate architecture for MIMO LTE-Advanced receivers with multiple channels capabilities and reduced complexity and cost

Ioan Burciu; Matthieu Gautier; Guillaume Villemaud; Jacques Verdier

In this paper, a candidate architecture for LTE-Advanced receiver is proposed. Based on the combination of MIMO techniques and flexible spectrum access, LTE-Advanced terminals will require the increasing of the analog front-end complexity. To reduce the complexity of the analog front-end, an innovative architecture based on the merge between the double IQ and the code multiplexing structures is proposed. Simulation and measurement results show that, in a Gaussian case, the bit error rate is similar when using the proposed architecture and the state of the art front-end stack-up structure. A complexity evaluation study reveals significantly reduced power consumption of the proposed single front-end architecture.


International Journal of Microwave and Wireless Technologies | 2010

The Multi-antenna Code Multiplexing Front-end : Theory and Performance

Matthieu Gautier; Guillaume Villemaud; Ioan Burciu

In this paper, we address the architecture of a multi-antenna receiver and we aim at reducing the complexity of the analog front-end. To this end, an innovative architecture is introduced based on code multiplexing. This architecture uses the direct sequence spread spectrum technique in order to multiplex the different antennas contributions through a single In-phase/Quadrature (IQ) demodulator. Simulation and measurement results show that the bit error rate does not increase so much with the multiplexing in both Gaussian and fading environments and with strong radiofrequency (RF) defaults conditions. The complexity evaluation shows that the proposed architecture significantly reduces the chip area and the power consumption of the front-end.


vehicular technology conference | 2009

A 802.11g and UMTS Simultaneous Reception Front-End Architecture using a Double IQ

Ioan Burciu; Guillaume Villemaud; Jacques Verdier; Matthieu Gautier

In this paper, we address the architecture of multistandard simultaneous reception receivers and we aim to reduce the complexity of the analog front-end. To this end, we propose an architecture using the double orthogonal translation technique in order to multiplex two signals received on different frequency bands. A study case concerning the simultaneous reception of 802.11g and UMTS signals is developed in this paper. Theoretical and simulation results show that this type of multiplexing does not significantly influence the evolution of the signal to noise ratio of the signals.


IEEE VTC Spring 2009 | 2009

A 802.11g and UMTS Simultaneous Reception Front-End Architecture using a Double IQ Structure.

Ioan Burciu; Guillaume Villemaud; Jacques Verdier; Matthieu Gautier


european conference on antennas and propagation | 2009

New antenna diversity front-end using code multiplexing

Matthieu Gautier; Ioan Burciu; Guillaume Villemaud


Archive | 2009

METHOD FOR PROCESSING TWO SIGNALS RECEIVED BY A SINGLE TERMINAL

Ioan Burciu; Matthieu Gautier; Guillaume Villemaud; Jacques Verdier


vehicular technology conference | 2018

Feature Selection Framework for Multi-Source Energy Harvesting Wireless Sensor Networks

Marwa Kazdoghli Lagha; Fayçal Ait Aoudia; Matthieu Gautier; Olivier Berder

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Jacques Verdier

Institut national des sciences Appliquées de Lyon

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Pierre-Francois Morlat

Institut national des sciences Appliquées de Lyon

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