Sébastien Ménigot (0000-0002-7097-7533)

Personal information

Biography

He was born in France in 1985. He received his master's degree in medical imaging technology from the University of Tours (France) in 2008. He obtained his Ph.D. degree in medical ultrasound imaging from the University of Tours in 2011. Finally, he received the accreditation to supervise research (HDR: Habilitation à Diriger des Recherches) at Le Mans University in 2024.

From september 2018, he is associate professor at ESEO Group, Angers (France). He is also associate researcher at LAUM (UMR-CNRS 6613, Université du Maine, Le Mans, France).

Research
His research interests are in signal processing applied to ultrasound imaging and monitoring (detection, modeling, optimization, beamforming, image reconstruction, waveform design). As such, he developed the optimal control concept for ultrasound imaging :
automatic waveform design by deterministic and stochastic optimal command applied to ultrasound imaging system;
development of imaging method adjusted to capacitive micromachined transducers (CMUT) ;
sub-ultra-harmonics modelling and identification applied to ultrasound contrast agents;
Doppler detectors and estimators applied to microemboli detection for stroke prevention.
These researches have been done in the lab Imaging and brain from 2008 to 2017 and in the lab Greman from 2017 to 2018.
Finally, he is also a member of the French Society of Acoustics and of IEEE.

Teaching
He was a teaching assistant in electronics and computer science at the Institut of Technology of Ville d'Avray, Université Paris-X (France) between 2012 and 2014.
He has teached computer science and embedded system in the electronics department of the engineering school Polytech Tours since 2014. He is also the correspondent of the intensive foundation degree Peip department (since 2015) and communcation (since 2016) for the electronics department .

Activities

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ESEO: Angers, FR

2018-09 to present | Associate professor (Department of electronics and control engineering)

Employment

Sébastien Ménigot

https://orcid.org/0000-0002-7097-7533

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Biography

Activities

Employment (3)

ESEO: Angers, FR

Polytech Tours: Tours, FR

IUT de Ville d'Avray: Ville d'Avray, FR

Education and qualifications (2)

Le Mans Université: Le Mans, FR

Université François-Rabelais de Tours: Tours, FR

Works (50 of 64)

Pré et post-traitements du signal pour les systèmes ultrasonores

Predicting in vitro fertilization from ultrasound measurements using Machine Learning techniques

Orthogonal signal generation: an analytical approach

Hybrid optimization of driving frequency for crack signature enhancement in nonlinear ultrasonic nondestructive testing

Palindromic Vectors, Symmetropy and Symmentropy as Symmetry Descriptors of Binary Data

Method for determining respiratory phases in an acoustic signal, computer program product, storage medium and corresponding device

Excitation frequency optimisation to enhance harmonics backscattered by a nonlinear medium

Detection of Weak Doppler Microembolic Signature using Two-Dimensional-Adaptive Time-Frequency Threshold from Spectrogram

Optimal pump excitation frequency for improvement of damage detection by nonlinear vibro acoustic modulation method in a multiple scattering sample

A Signal Processing Method for Artefact Rejection in Transcranial Doppler Signals used for Micro-embolus detection

An overview of nearly a half century of microembolic signal processing techniques

Optimal Prefiltered Stochastic Transmitted Waves for Fat Inclusion Detection in Milk with Harmonic Ultrasound

Optimization of Bifrequential Pump Excitation Parameters by Genetic Algorithm in Nonlinear Vibro Acoustic Wave Modulation Technique

Enhanced Weak Doppler Micro-Embolic Signal Detection using Energy Fluctuations

Optimal Stochastic Excitation for Linear Flaw Detection in a Solid Material

An Energy Detector Based on Negative Energy Fluctuations Coupled with Sub-band Decomposition as a Robust Micro-embolus Detection System

Complexity Reduction of Ultrasound Sub-Ultra-Harmonic Modeling by an Input Modified Volterra Approach

Detection of Doppler Microembolic Signals Using High Order Statistics

A Micro-Embolic Energy Detector based on Sub-band Decomposition

Harmonic Magnification by Time Reversal based on a Hammerstein Decomposition

SNR Improvement by Subharmonic Extraction with Hammerstein Models for Microbubble Signals

Optimization of Contrast Resolution by Genetic Algorithm in Ultrasound Tissue Harmonic Imaging

Improvement of micro-emboli detection by a sub-band decomposition approach

2.5D Representations Combining in vivo 3D MRI and ex vivo 2D MSI Approaches to Study the Lipid Distribution in the Whole Sheep Brain

A new energy detector of micro-emboli using a time-varying threshold

Contrast Optimization by Metaheuristic for Inclusion Detection in Nonlinear Ultrasound Imaging

New estimators and guidelines for better use of fetal heart rate estimators with Doppler ultrasound devices

Automatic Optimal Input Command for Linearization of cMUT Output by a Temporal Target

Détection d'inclusion ou de défaut en imagerie ultrasonore à l'aide de l'optimisation d'onde aléatoire transmise

Inclusion/Flaw Detection in Ultrasound Imaging Through Optimization of Random Transmitted Wave

Contrast Improvement in Sub- and Ultraharmonic Ultrasound Contrast Imaging by Combining Several Hammerstein Models

Automatic Optimal Command for the Linearization of the CMUT Output

Automatic Optimization of Chirp Setting Parameters in Medical Ultrasound Contrast Imaging

Contrast-to-Tissue Ratio Improvement by Transmitted Optimized Binary Signal in Ultrasound Pulse Inversion Imaging

Optimization of Contrast-to-Tissue Ratio by Adaptation of Transmitted Ternary Signal in Ultrasound Pulse Inversion Imaging

A General Framework for Modeling Sub- and Ultraharmonics of Ultrasound Contrast Agent Signals with MISO Volterra Series

Optimization of Contrast to Tissue Ratio by Frequency Adaptation in Pulse Inversion Imaging

Sub and ultra harmonic extraction using modified Hammerstein model

Transmit Frequency Adaptation for Contrast to Tissue Ratio Optimization in Second Harmonic Imaging

Improved Estimation of the Fetal Heart Rate Using Directional Doppler Signal and YIN

Analysis and modelling of the Optimal Command for a Ultrasound Pulse Inversion Imaging System

Automatic Approach Seeking Optimal Frequency Modulation Parameters In Chirp Inversion and Chirp Reversal Ultrasound Contrast Imaging

Automatic detection of cerebral micro-emboli by a new detector of conditional variance

Optimization of frequential parameters of excitation applied to ultrasound contrast imaging of second harmonic extraction

Empirical Optimization Of Frequency Parameters In Chirp Inversion Imaging

Micro-embolic signatures detection through GARCH parameters

Optimal Control by Transmit Frequency in Tissue Harmonic Imaging

Random excitation by optimized pulse inversion in contrast harmonic imaging

Ultrasound contrast agents modeling using an extended Volterra model

Ultrasound medical image deconvolution using CLEAN algorithm

Peer review (25 reviews for 8 publications/grants)