FNIRS 2018: THE SOCIETY FOR FUNCTIONAL NEAR-INFRARED SPECTROSCOPY 2018 BIENNIAL MEETING
PROGRAM FOR MONDAY, OCTOBER 8TH
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08:00-08:45 Session 26: Morning tutorial III
08:00
ISO/IEC standardization of fNIRS and cerebral tissue oximeter equipment
09:00-10:30 Session 27: Cognitive & social neuroscience/ Clinical applications III
09:00
The new neuroscience of two: hyperscanning with fNIRS to understand communicating brains
09:30
The Role of Mirror Neuron System in Encoding Motor Complexity
09:45
Interpersonal Neural Synchronization as A Neural Signature of Outcome of Mate Choice
10:00
Biological Motion Perception Modulated by Emotional Contexts in Children with Autism Spectrum Disorder
10:15
Potential Biomarker for Classifying Subjects with Subthreshold Depressive Criterion: an fNIRS Study
10:30-11:30 Session 28: Poster III & Coffee
10:30
Brain Activity Pattern Predicts Autistic Trait through Functional Connectivity - A Mediation Analysis of Resting State fNIRS
10:30
Simultaneous fNIRS-EEG imaging is sensitive to spectral changes in the visual cortex during a checkerboard reversal task
10:30
Resting-state Connectivity in 2.5- and 3.5-year-olds Predicts Attention During a Flanker Task
10:30
Inter-brain synchronization during a freestyle PC game: an fNIRS hyperscanning study
10:30
Towards a fiberless, modular, and wearable full-head fNIRS system with built-in 3D self-calibrating orientation sensor network
10:30
BCI Based Control of Trans-radial Prosthetic Limb Using fNIRS
10:30
Neural Activation During Dimensional Label Comprehension and Production Predicts Dimensional Attention
10:30
Control of a prosthetic leg based on walking intentions for gait rehabilitation: an fNIRS study
10:30
Investigating the Neural Mechanisms of Communication and Cooperation in Early Development
10:30
Somatotopic comparison of neural activity between fNIRS and EEG during motor tasks
10:30
Dissociating Cortical Activity during Processing of Native and Non-Native Audiovisual Speech from Early to Late Infancy
10:30
Development of Infants’ Processing of Social and Mechanical Entities: Patterns of Cortical Activation during the First Year
10:30
A neurodevelopmental approach to understanding the role of sleep in Visual Working Memory
10:30
Neurobehavioral Precursors of Executive Function in Early Development
10:30
Neural responses to being imitated by another person in virtual reality
10:30
Towards a clinical tool for concussion management: a user-friendly pipeline for analyzing dynamic changes in hemodynamic coupling
10:30
What am I thinking: Left or Right? ANN-Classifier During Motor Imagery
10:30
A fNIRS device for measuring low frequency oscillation signal on the non-hair-bearing forehead
10:30
Functional Transcranial Brain atlas
10:30
The linear relationship of prefrontal cortex activation with working memory capacity: Evaluating individual difference by pure tone sequences
10:30
Recent advancements of diffuse correlation spectroscopy applications in adults neuromonitoring – From operation rooms to critical care units
10:30
Time-Domain NIRS and DCS Measurements on Brain during ECMO in Piglets
10:30
Extending optical access to deep brain regions through implantable, self-splaying microfibers
10:30
Bilingual acquisition and children’s neural architecture for word reading
10:30
Transition of phase synchrony of fNIRS signals depending on sleep states in infants
10:30
Functional changes in the prefrontal cortex of individuals with Exhaustion Disorder
10:30
A quantitative comparison of correction techniques for removing systemic physiological signal in fNIRS studies
10:30
The NIRS Brain AnalyzIR Toolbox
10:30
Deviant activity in frontal cortex for individuals with mental fatigue after mild traumatic brain injury
10:30
fNIRS and fMRI Comparison in Healthy Subjects and Patients with Brain Disease
10:30
Cerebral Hemodynamic Changes to Tactile and Noxious Stimulation in Human Neonates
10:30
Focal Plane Arrays for Time-Gated Functional Diffuse Correlation Spectroscopy
10:30
The Issue of Comparison: Validation of Surrogate Algorithms for the Quantification of Significant fNIRS Connectivity
10:30
Resting State Functional Connectivity Associated with Rapid Automatized Naming (RAN) in Chinese Poor Readers
10:30
A Pipeline for Discovering Effective Connectivity in fNIRS
10:30
Characterizing change in the hemodynamic response over the course of an experiment
10:30
Effectiveness of large area SiPMs for studying brain activation
10:30
Guidelines for motion correction for infant fNIRS signals based on multiple data sets and acquisition systems
10:30
Multiclass Classification of fNIRS Signals Using Sequential Projection-Based Metacognitive Learning in a Radial Basis Function Network for BCI Applications
10:30
Continuous monitoring of fetal cerebral blood flow, hemodynamics and cytochrome c oxidase during acute ischemia in the rabbit fetus
10:30
Cortical responses to affective touch in 7 and 9 month-old infants
10:30
Extraction of Synchronizing Cortical Activities between Mother and Infant
10:30
Changes in concentrations of oxy- and deoxy hemoglobin in response to variable visual stimulus frequency
10:30
Delayed emergence of frontal activation supporting working memory in 8-12 month old Gambian infants
10:30
Lying and lie detection in a two-person game measured with fNIRS
10:30
fNIRS correlates of audio-visual processing in the social brain
10:30
Enhanced classification accuracy using deep learning for mental math: an fNIRS study
10:30
Abnormal Functional Asymmetry in Alzheimer’s Disease Revealed by fNIRS
10:30
Short distance channels: Do they contain task-related information?
10:30
Cognitive assessment for autistic children using robotic therapy: an fNIRS study
10:30
fNIRS and Facial Thermography to Assess Mental Workload
10:30
Using fNIRS to Measure Mental Workload in Naturalistic Comprehension and Composition Tasks
10:30
Imaging infant social brain function with wearable, high-density diffuse optical tomography
10:30
Dependency of Optical Properties of Polyoxymethylene Samples on Manufacturers and Processing Methods
10:30
fNIRS and Neurocinematics
10:30
C2-BDA: A Compact Cluster-based Balanced Distribution Adaptation for fNIRS-based BCI Data Transfer Learning
10:30
Next-generation functional optical imaging of the adult brain using wearable, modular, high-density diffuse optical tomography
10:30
Assessing Alterations in Functional Activation and Connectivity Metrics in Schizophrenia with fNIRS
10:30
Phantom Concepts for Performance Assessment and Standardization of Cerebral Oximeters
10:30
Potential Application of fNIRS for Concealed Information Test and Neurophysiological Mechanism involved in Concealment
10:30
Development of a Wearable and Scalable fNIRS System
10:30
Regional Changes in Cerebral Blood Flow in Response to Visual Stimuli in 4-month-old infants
10:30
Brain Sparing Effect in Neonates with Transposition of the Great Arteries
10:30
Enhancing the Depth Sensitivity of Cerebral Blood Flow Measurements of the Adult Brain with Time Domain Diffuse Correlation Spectroscopy at short and quasi-null source-detector separations
10:30
Investigating the benefits of integrated motion sensing and wearable, modular high-density diffuse optical tomography
10:30
Cortical activation in ADHD, ASD and ADHD with ASD children during inhibition task
10:30
Spatially-enhanced Algorithm of Time-resolved NIRS for Accurate and Rapid Determination of Optical Properties
10:30
Coping with stress: Can mild exercise help?
10:30
Compact time-resolved diffuse correlation spectroscopy: preliminary in vivo validation
10:30
Multiwavelength time domain NIRS measurements of brain tissue changes in haemoglobin and cytochrome-c-oxidase during visual cortex activation
10:30
Effect of Prewhitening in Resting State Near-Infrared Spectroscopy Data
10:30
Application of fNIRS for diagnosing major depressive disorder and evaluating treatment effectiveness of transcranial magnetic stimulation
10:30
Effect of data length on the reliability of network metrics: A resting-state fNIRS study
10:30
Effects of aerobic fitness on prefrontal brain activation while dual-task walking in older adults
10:30
Functional Specialization in the Resting-State Infant Brain
10:30
Optical properties and hemodynamic parameters of cerebral atrophic and normal regions in healthy volunteers
10:30
Intra-abdominal pressure induces increase in amplitude of oscillations of hemoglobin concentration in respiratory band
10:30
Investigating the effect of vascular structures on the fNIRS signal
10:30
A fNIRS study of attentional state induced by breath-counting meditation
10:30
Optimized probe placement for fNIRS based on transcranial brain atlas and scalp navigation
10:30
Analysis of working memory-load dependent changes in functional network properties using fNIRS
10:30
Effects of Digital Smart Glove System on Motor Function and Motor Cortical Activity in Subacute Stroke Patients
10:30
Investigation of Cerebral Hemodynamics Changes during Low-level Light Therapy in the Elderly with and without Mild Cognitive Impairment : An fNIRS Study
10:30
Resting-State fNIRS Scanning Duration on Functional Brain Connectivity of Prefrontal Network
10:30
Correspondence of feature points on the scalp with functional areas in the cytoarchitectonic map of the brain
12:30-14:00 Session 29: Neonatal, pediatric & developmental neuroscience II
12:30
Invited: The unique metabolism of bilirubin and oxygen during neonatal period
13:00
Validation and potential calibration of diffuse correlation spectroscopy versus 15 O–water positron emission tomography on neonatal piglets
13:15
A somatotopic organization of painful stimuli cortical processing develops longitudinally, over time, in preterm infants
13:30
Top-down Sensory Prediction in Neonates: fNIRS Evidence
13:45
Cytochrome c oxidase response is more localized than haemoglobin response during functional activation in infants
15:15-16:45 Session 31: Neuroscience
15:15
Invited: Resting-State fNIRS Imaging for Functional Brain Network Analysis and its Applications
15:45
Neural underpinnings of the emerging sense of self in 18-month-olds
16:00
Decoding visual information from high density diffuse optical tomography neuroimaging data
16:15
Multi-Channel NIRS Brain Imaging of Freely Moving Animals during Cognitive Stimulation Using a Customized Kit Box
16:30
Functional high-density speckle contrast optical tomography (fSCOT) of cerebral blood flow in small animal brain
17:45-18:00 Session 33: Closing
17:45
closing remarks by the co-chair