FNIRS 2018: THE SOCIETY FOR FUNCTIONAL NEAR-INFRARED SPECTROSCOPY 2018 BIENNIAL MEETING
PROGRAM FOR SUNDAY, OCTOBER 7TH
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08:00-08:45 Session 20: Morning tutorial II
08:00
Integrating fNIRS with systemic physiological measures: Systemic-physiology-augmented functional near-infrared spectroscopy (SPA-fNIRS) neuroimaging
09:00-10:30 Session 21: Clinical applications II
09:00
Invited: Brain Computer Interface (BCI) in Complete Paralysis: The Role of fNIRS
09:30
Reduced frontal activation with age in adults with Down syndrome
09:45
Near infrared spectroscopy (NIRS) indicates hypoxia and cerebrovascular dysfunction in patients with chronic liver inflammation
10:00
Time-Domain Near Infrared Spectroscopy in acute ischemic stroke patients with different sites of large vessel occlusion.
10:15
Non-invasive Optical Monitoring of Cerebral Blood Flow and Oxygen Metabolism in Adult Critically Brain-injured Patients
10:30-11:30 Session 22: Poster II & Coffee
10:30
Using a depth-selective filter to suppress superficial hemodynamic changes
10:30
Statistical verification of the common oscillatory behaviors in oxy-Hb and deoxy-Hb time series
10:30
Choosing model parameters for effective removal of extracerebral contributions to diffuse correlation spectroscopy cerebral blood flow measurements
10:30
Effects of moderate-intensity exercise duration on cognitive function and oxygenated hemoglobin in the prefrontal cortex
10:30
Relationship between respiratory metabolism and cortical oxyhemoglobin levels in motor-related areas during a cardiopulmonary exercise test
10:30
Visualization of spatial sensitivity matrix for evaluation of difference between individual and atlas-based head models for DOT
10:30
Development of NIRS (Near Infrared Spectroscopy) System for Diabetic Foot Screening
10:30
A fNIRS-based hyperscanning study of inter-brain neural synchronization during a cooperative task
10:30
Cortical Brain Activation during Playing a Rhythm Game with and without Musical Stimuli
10:30
Influence of Skillfulness on Cortical Excitability: An fNIRS Study
10:30
Age-specific transcranial brain atlas for children and adolescents from 6 to 18 years old
10:30
Group level power analysis using linear mixed-effects model
10:30
Investigation of the pattern of the haemodynamic response as measured by fNIRS in newborns (less than a month old)
10:30
Hemodynamic Brain Activations during Rhythmic Finger Tapping: The effect of motor pacing on frontal HBO2
10:30
Seeing into the brain of an actor with fNIRS and mocap
10:30
Diffuse optical parameterization of cerebral autoregulation in healthy adults
10:30
Global Low frequency oscillations in fNIRS - mapping systemic signals using a specifically designed multimodal probe
10:30
Young adults with high IQ shows a faster peak of brain hemodynamic activity during a cognitive control task: a fNIRS experiment.
10:30
Investigation of use of Sample Entropy in fNIRS to infer brain functional activation
10:30
"It's a GIMME": Data-driven connectivity mapping identifies monolingual vs. bilingual brain activity
10:30
Which is the best Blood-Level-Oxygen-Dependent signal for the identification of functional activation in fNIRS?
10:30
Current status and issues regarding pre-processing of fNIRS neuroimaging data: An investigation of diverse signal filtering methods within a General Linear Model framework
10:30
Using fNIRS as a biomarker for executive function atypicality in Autism Spectrum Disorder
10:30
Reconstructing scalp and brain haemoglobin in optical imaging
10:30
Examination of Mirror Neurons during Categorical Perception of Non-native Phonemes using fNIRS
10:30
Impulsivity and attention deficits in children with binaural hearing impairment or Attention-Deficit/Hyperactivity Disorder
10:30
Interpersonal brain synchronization during social cooperation in children with Autism: a hyperscanning study using fNIRS
10:30
Cerebral and Muscle Hemodynamic Response to Acute Hypoxia: Time Domain Near Infrared Spectroscopy Monitoring
10:30
Assessment of cerebral perfusion parameters during normo- and hypocapnia using multiwavelength time-resolved NIRS combined with ICG bolus-tracking method
10:30
Cerebral Responses during Joint Attention in Infants
10:30
Cerebral cortex activity in freely moving sheep using a wireless CW fNIRS system: preliminary results
10:30
Depth-selective filter for fNIRS improves visibility of cerebral hemodynamic response
10:30
Detecting attentional and inattentional brain metastates based on dynamic functional connectivity analysis
10:30
Using a simulation approach to optimize time domain diffuse correlation spectroscopy measurement on human head
10:30
Developmental changes in neonatal hemodynamics during resting state using whole-head functional near-infrared spectroscopy
10:30
Haemodynamic Changes during and after Moderate-Intensity Cycling Exercise in the Motor-Related Area: A Near-Infrared Spectroscopic Study
10:30
Source space fNIRS data analysis: validation for functional connectivity study in newborn brain
10:30
Using fNIRS to explore connectivity in the developing brain
10:30
Pilot Study: Classification of Parkinson’s Disease Using Resting-State Hemodynamic Signals and Machine Learning
10:30
Performance of Time Domain and Frequency Domain Tissue Oximeters Tested on a Blood-Lipid Liquid Phantom
10:30
A Portable, Modular, Continuous Wave NIRS system using SiPM for Whole Brain Monitoring: Preliminary Studies and Pilot Testing
10:30
Distribution of Oscillatory Activity Across Frontal and Central ROIs During Different Sleep Stages
10:30
Impact of the delivery modes on cerebral hemodynamic patterns in term neonates during immediate transition period using near-infrared time-resolved spectroscopy
10:30
Resting state functional connectivity with hierarchical Bayesian diffuse optical tomography
10:30
Reading Efficiency of Learners of English:an fNIRS Study
10:30
Solid head phantom with two dynamic absorption changes at different depths for diffuse optical tomography
10:30
Sawtooth continuous wavesignal used for fNIRS short channel
10:30
Is the prefrontal cerebral oxygenation changing asymmetrically during a long-term exposure with colored light?
10:30
Impulse control and delaying gratification are associated with left prefrontal hemodynamics during low levels cognitive control: an fNIRS study
10:30
The ANIMATE project: developing a modular, wearable, high-density diffuse optical tomography system for imaging newborn infant motor development
10:30
Is intensity the best feature to prune noisy channels for near-infrared spectroscopy data?
10:30
A multi-distance broadband approach to measure brain tissue oxygen saturation with NIRS
10:30
Frontotemporal-occipital functional connectivity in preterm neonates during visual stimulation: Classification according to subgroups
10:30
Hyperspectral imaging of the hemodynamic and metabolic states of the exposed cortex: system development and applications
10:30
Neurovascular coupling in the developing neonatal brain at rest
10:30
Shedding lights on interictal epileptic discharges: Multimodal EEG/ECoG and fast optical signal study
10:30
The Valsalva maneuver: An indispensable physiological tool to differentiate intra vs extra-cranial Near-Infrared signal
10:30
Enhancing Surgical Performance Through Mental Rehearsal: An fNIRS Study
10:30
Contrast enhanced near-infrared spectroscopy in severe traumatic brain injury: ‘Off the shelf’ devices ability to resolve and detect serious pathology enhanced significantly with ICG.
10:30
Investigation of FD-NIRS parameters as indicators of severity for Hypoxic Ischemic Encephalopathy.
10:30
A 4D infant head atlas for use in optical image reconstruction of brain function over the first two years of life
10:30
A methodological review on recent fNIRS studies in infants
10:30
Time-Resolved Optical Monitoring to detect and identify deep flaps
10:30
Tissue Oxygenation Index : comparison of methods and application
10:30
Neurohemodynamic correlates of the effect of high-definition tDCS on persistent auditory verbal hallucinations in Schizophrenia: A fNIRS Study
10:30
Functional organization of the prefrontal and premotor cortices for hierarchical rule management processing
10:30
Novel graph- and finite element-based total variation models for the inverse problem in diffuse optical tomography
10:30
Cerebral hemodynamic responses in preterm neonates to visual stimulation: Some show positive ones, some negatives, some none
10:30
Functional Acousto-Optics for Brain Monitoring
10:30
Prediction of autism diagnosis from hemodynamic response to Biological Motion
10:30
Biological Motion, Autism, and Functional Near Infrared Spectroscopy
10:30
Progression of cerebral perfusion and metabolism in neonatal hypoxic-ischaemic encephalopathy
10:30
Oxygen dependency of mitochondrial metabolism indicates outcome of newborn brain injury
10:30
Subband Analysis of fNIRS Signals
10:30
Hemodynamic responses in ADHD children during inhibition task: a series of fNIRS studies
10:30
Prefrontal oxygenation and memory strategies in younger and older adults: an fNIRS study.
10:30
Neural synchrony and successful communication
10:30
Dissociating lexical and phonological reading processes in school-aged children using fNIRS
10:30
Mental Workload Tracking by EEG+fNIRS in Laparoscopic Surgery Training
10:30
fNIRS reveals sensitive period effects in toddlers’ ability to implicitly learn non-adjacent dependencies
10:30
NIRS Signals During Deep Brain Stimulation
10:30
Long range connectivity develops slowly in very preterm infants: fNIRS study on resting state networks in preterm and term infants.
10:30
Cerebral and systemic responses to therapeutic hyperventilation in traumatic brain injury management
10:30
The application of independent component analysis (ICA)-based algorithm for fNIRS-based motor imagery brain-computer interface (BCI)
12:30-14:00 Session 23: Data analysis & algorithms
12:30
Invited: Computational algorithms in spatial recovery of functional maps in Near Infrared spectroscopic imaging
13:00
NeuroDOT: an extensible Matlab toolbox for streamlined optical brain mapping
13:15
NIRSTORM, a Brainstorm plugin inspired by electrophysiology dedicated to fNIRS data analysis, advanced 3D reconstructions and optimal probe design
13:30
NIRS-based Hyperscanning of Six Prefrontal Cortices during Different Learning Activities
13:45
Are partial volume errors the cause of inverse oxygenation during fNIRS studies of motor-imagery?
15:15-16:45 Session 25: Special session: "The origin of the signals"
15:15
Introduction to the special session: "The origin of the signals"
15:20
Invited, special session: The Flow:Consumption Ratio and what it tells us about Evoked Excitatory and Inhibitory Neural Responses – What We’ve learned from Optical Microscopy
15:35
Invited, special session: Theory-driven versus Signal-driven Analyses of fNIRS data in neurodevelopment
15:50
Invited, special session: NIRS signal: what can we learn from fMRI
16:05
Invited, special session: The fNIRS Blood-Level-Oxygen-Dependent signals Represent Neuronal Activity and More
16:20
Panel discussion "the origin of the signals"