about
New estimators and guidelines for better use of fetal heart rate estimators with Doppler ultrasound devicesBlind deconvolution for ultrasound sequences using a noninverse greedy algorithm.Coarse-grained multifractality analysis based on structure function measurements to discriminate healthy from distressed foetusesDetection of Doppler Microembolic Signals Using High Order Statistics.Multidimensional Ultrasound Doppler Signal Analysis for Fetal Activity Monitoring.Contrast improvement in sub- and ultraharmonic ultrasound contrast imaging by combining several hammerstein modelsReducing sojourn points from recurrence plots to improve transition detection: Application to fetal heart rate transitions.n-Order and maximum fuzzy similarity entropy for discrimination of signals of different complexity: Application to fetal heart rate signals.Adaptive AR and neurofuzzy approaches: access to cerebral particle signatures.Segmentation of dynamic PET images with kinetic spectral clustering.Estimation of the blood Doppler frequency shift by a time-varying parametric approach.Optimization of contrast resolution by genetic algorithm in ultrasound tissue harmonic imaging.Automatic optimal input command for linearization of cMUT output by a temporal target.Optimization of contrast-to-tissue ratio by frequency adaptation in pulse inversion imaging.Time-varying autoregressive spectral estimation for ultrasound attenuation in tissue characterization.Analysis of index modulation in microembolic Doppler signals part I: radiation force as a new hypothesis-simulationsAnalysis of index modulation of doppler microembolic signals part II: in vitro discrimination
P50
Q30441822-0D60FD9F-4013-4A12-BC7A-50BE9D89721CQ30443449-54B0F60E-B7CB-4BAD-A87E-A90B1130B2E4Q30444326-3EE888EC-448D-4642-B997-DBA3C1D49C86Q37550867-DE959EAD-61D2-4D01-957C-E6B35FE4D45FQ40543541-7AE2F9D3-87CB-4180-91D1-A17E6601358EQ42280515-7D600647-3E0B-4C6B-A48D-33F94BCAD3DCQ45651450-3A3878E0-3631-4737-AACD-833F5C00DB89Q48043057-34578CB9-F9B8-4B08-BA4E-CD8A00629B44Q48461490-EFDB6777-BA5A-45D3-A5BD-28F4E197ECFDQ49040283-220234AA-F38D-4959-82BB-25F8850ACAA0Q49061265-C4669193-1AB4-4997-8A5C-EDD0CBE52905Q50612062-419FF351-30A9-4F3E-98C8-634E70FEAE3AQ51031761-2C8D509F-E454-4303-8537-3022392C6585Q51295551-049993E9-B7E6-4812-B1CF-019BFE2ECBBEQ51895035-ECD41331-B225-4333-9F96-56B29D3E8C64Q82486989-7E2023A0-68D0-46E6-B1AD-BB891697F504Q82820095-DBEE88C0-8798-45FB-A83D-6F17B268480F
P50
description
researcher
@en
wetenschapper
@nl
name
J M Girault
@en
J M Girault
@nl
type
label
J M Girault
@en
J M Girault
@nl
prefLabel
J M Girault
@en
J M Girault
@nl
P106
P2456
P31
P496
0000-0002-2356-885X