TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 1 | |
| 10-10 system | |
| 3 | |
| 3D | |
| 3D imaging | |
| 3D Reconstruction | |
| 6 | |
| 6-month-olds | |
| A | |
| a NIRS-based neurofeedback | |
| absorption | |
| Acousto-optics | |
| acquisition | |
| action understanding | |
| activity localization | |
| Acute Hypoxia | |
| Acute Stress | |
| acute stroke monitoring | |
| adaptive hemodynamic response function | |
| ADHD | |
| Adult | |
| Aerobic fitness | |
| affective touch | |
| Ageing | |
| Aging | |
| AIC | |
| Algorithm | |
| Aloud | |
| Alzheimer Disease | |
| Alzheimer's Disease | |
| analysis | |
| analysis methods | |
| Analysis-by-Synthesis | |
| ANN Classifier | |
| applications | |
| Atlas-guided DOT | |
| attachment | |
| Attention | |
| Attention deficit hyperactivity disorder | |
| Attention Systems | |
| Attention-Deficit/Hyperactivity Disorder | |
| attentional control | |
| attrition | |
| audiovisual speech processing | |
| Auditory | |
| Auditory cortex | |
| auditory perception | |
| auditory processing | |
| Auditory Verbal Hallucinations | |
| Autism | |
| Autism Spectrum Disorder | |
| Autistic trait | |
| Autocorrelation function | |
| Autonomic Nervous System | |
| autoregulation | |
| AVH | |
| B | |
| Balanced Distribution | |
| BCI | |
| bilayer | |
| bilingualism | |
| bimanual motor skill | |
| binocular depth perception | |
| Biological Motion | |
| Biomarker | |
| Biometric measurement | |
| Blood Diffusive Phantom | |
| Blood flow | |
| blood flow change | |
| Blood Oxygenation Level | |
| Blood oxygenation level dependent (BOLD) | |
| Blood-Level-Oxygen-Dependent signals | |
| body image | |
| bodybuilding dependency | |
| brain | |
| Brain activation | |
| brain activity | |
| Brain atlas | |
| Brain Computer Interface | |
| brain connectivity | |
| brain development | |
| brain function | |
| Brain imaging | |
| Brain metabolism | |
| brain networks | |
| brain oximetry | |
| brain stimulation | |
| Brain to Brain Synchrony | |
| Brain-computer interface | |
| Brain-to-brain synchrony | |
| BrainMap | |
| Breath-counting meditation | |
| Brief Mindfulness Intervention | |
| BRIGHT project | |
| broadband | |
| Broadband NIRS | |
| C | |
| Cannabis | |
| Categorical perception | |
| cerebral atrophy | |
| cerebral blood flow | |
| cerebral blood volume (CBV) | |
| cerebral cortex activity | |
| cerebral Hb oxygen saturation(ScO2) | |
| Cerebral motor activity | |
| Cerebral oximetry | |
| cerebral oxygen metabolism | |
| cerebral perfusion | |
| cerebral tissue O2 saturation | |
| cerebral tissue oxygen saturation | |
| cerebrovascular dysfunction | |
| channel | |
| Channel Classification | |
| Channel Pruning | |
| Channel Selection | |
| chemosensation | |
| child development | |
| children | |
| Children with Autism | |
| Chronic Obstructive Pulmonary Disease | |
| Classification | |
| clinical | |
| clinical application | |
| clinical application fNIRS | |
| closing | |
| Cochlear implantation | |
| Cochlear Implants | |
| cognition | |
| Cognitive and Motor Performance | |
| Cognitive control | |
| cognitive development | |
| cognitive function | |
| Cognitive load | |
| cognitive neuroscience | |
| Cognitive stimulation | |
| coherence | |
| Coherence analysis | |
| collateral circulation | |
| colored light exposure | |
| COMMUNICATING BRAINS | |
| Communication | |
| Comorbid | |
| Compact instrument | |
| Complete Paralysis | |
| completely locked in | |
| Complexity | |
| Comprehension and Composition | |
| Computational algorithms | |
| Computed Torque Control | |
| concealment | |
| Congenital heart disease | |
| Congenital heart disease (CHD) | |
| connectivity | |
| connectivity techniques | |
| constituents | |
| continuous | |
| continuous glucose monitoring | |
| continuous wave | |
| Contrast | |
| Contrast to noise ratio | |
| Convolutional Neural Network | |
| cooperation | |
| Correlation | |
| correlation coefficients (r) between Δ[oxy-Hb] and Δ[deoxy-Hb] | |
| correlation spectroscopies | |
| cortex | |
| cortical activation | |
| cortical activity | |
| Cortical somatotopic organization | |
| course | |
| CPX | |
| cross-brain signal | |
| cross-modal perception | |
| Cross-Modal Plasticity | |
| cuprizone mouse model | |
| CW fNIRS | |
| CW-NIRS | |
| cytoarchitectonic map | |
| cytochrome c oxidase | |
| Cytochrome Oxidase | |
| Cytochrome-c-oxidase | |
| D | |
| data analysis | |
| data length | |
| Data quality | |
| DCM | |
| DCS | |
| Deafness | |
| Deception | |
| Decoding | |
| Deep learning | |
| Deep transcranial magnetic stimulation | |
| default mode network | |
| denoising | |
| depth penetration | |
| Depth selective filter | |
| depth-selective filter | |
| designs | |
| detector | |
| detectors | |
| developing brain | |
| Development | |
| developmental changes | |
| Developmental Cognition | |
| Developmental Neuroscience | |
| developmental trajectory in rule learning | |
| Diabetic Foot | |
| Diagnostic tool | |
| diffuse correlation spectroscopy | |
| Diffuse correlation spectroscopy (DCS) | |
| diffuse optical spectroscopy | |
| diffuse optical tomography | |
| diffuse optics | |
| diffusion optical tomography | |
| Digit Symbol Coding | |
| Dimensional attention | |
| Dimensional labels | |
| Disorders of consciousness | |
| DLPFC | |
| Domain Adaptation | |
| DOT | |
| Down syndrome | |
| Dual Tasking | |
| Dual technology | |
| dual-task walking | |
| dynamic functional connectivity | |
| dynamic neural coupling | |
| dynamic phantom | |
| dynamics | |
| E | |
| early infancy | |
| ECMO | |
| ECoG | |
| Ecological Validity | |
| EEG | |
| effective connectivity | |
| Effortful Listening | |
| eligibility criteria | |
| emerging sense of self | |
| emotion | |
| emotions | |
| energy metabolism | |
| Ensemble Learning | |
| epilepsy | |
| event-related potentials | |
| Executive control | |
| executive function | |
| Executive functioning | |
| Executive functions | |
| exercise | |
| Exhaustion Disorder | |
| extra-cerebral | |
| Extracerebral Activity Removal | |
| Extracerebral contamination | |
| F | |
| face perception | |
| face processing | |
| Facial Thermography | |
| Fast optical signal | |
| fdnirs | |
| Fetal acute ischemia in rabbit model | |
| fiberless | |
| Filter | |
| finger-thumb tapping task | |
| Finite element method based derivative operators | |
| First-order deception | |
| FLS | |
| fluctuation | |
| fluctuation spectroscopy | |
| Fluency | |
| fMRI | |
| fNIRS | |
| fNIRS artifacts | |
| fNIRS comparison to fMRI | |
| fNIRS data analysis | |
| fNIRS data processing | |
| fNIRS Examination | |
| fnirs pipeline | |
| fNIRS-EEG | |
| fNIRS-fMRI | |
| fNIRS/EEG | |
| force control | |
| Fourier Transform | |
| fractional power spectral density | |
| Freely moving animal | |
| freely moving sheep | |
| Frequency Division Multiplexing | |
| frequency domain nirs | |
| frequency-domain | |
| frontal | |
| frontal cortex | |
| frontal pole | |
| frontal pole (BA10) | |
| frontotemporal-occipital connectivity | |
| Functional Activity Inference | |
| functional atlas | |
| functional brain monitoring | |
| Functional Brain Network | |
| functional connectivity | |
| Functional connectivity analysis | |
| functional connectivity network | |
| Functional magnetic resonance imaging | |
| functional maps | |
| Functional Near Infrared Spectroscopy | |
| functional near infrared spectroscopy (fNIRS) | |
| functional near-infrared spectroscopy | |
| functional networks | |
| Functional neuroimaging | |
| fusiform gyrus | |
| G | |
| Gait Rehabilitation | |
| General linear model | |
| general linear model approach | |
| generalized linear model | |
| glaucoma | |
| global efficiency | |
| global fNIRS | |
| global health | |
| Global Low frequency oscillations | |
| Go/NoGo task | |
| Goals | |
| graph metrics | |
| graph theory | |
| Group level | |
| growth stunting | |
| H | |
| habituation | |
| Haemodynamic Changes | |
| Haemodynamic response | |
| Hair | |
| hardware | |
| Hardware correlator | |
| hardware development | |
| HD-DOT | |
| Head atlas | |
| Hearing assessment | |
| Hearing impairment | |
| Hearing loss | |
| Hemifield mapping | |
| hemispheric asymmetry | |
| Hemispheric Lateralization | |
| hemispheric specialization | |
| hemodynamic | |
| hemodynamic impairment | |
| Hemodynamic response | |
| Hemodynamic response to stimulation | |
| Hemoglobin | |
| hierarchical Bayesian | |
| High Definition tDCS | |
| High density diffuse optical tomography | |
| high-density | |
| high-density DOT | |
| Hilbert Huang transform | |
| human brain functions | |
| Human Computer Interaction | |
| hyper-scanning | |
| Hyperscanning | |
| Hyperspectral Imaging | |
| hyperventilation therapy | |
| hypothermia treatment | |
| hypoxia | |
| hypoxic ischemic encephalopathy | |
| hypoxic-ischaemic encephalopathy | |
| I | |
| ICG | |
| Ill-posed problem | |
| Image reconstruction | |
| Image reconstruction techniques | |
| imagination | |
| imaging | |
| implants | |
| Impulsivity | |
| IMU | |
| In The Wild | |
| independent component analysis | |
| Individual Functional Channels of Interest | |
| indocyanine green | |
| Infancy | |
| infant | |
| Infant and toddler | |
| infant cognition | |
| infant speech perception | |
| infants | |
| Inferior frontal gyrus | |
| inferior parietal lobe | |
| inflammation | |
| influence of scalp hemodynamics | |
| Injury | |
| inner speech | |
| instrumentation | |
| Integrating sphere | |
| Intelligence | |
| Inter-subject correlation | |
| interaction | |
| interictal epileptic discharge | |
| interpersonal coordination | |
| Interpersonal neural synchronization | |
| Intervention Efficacy Using fNIRS | |
| intra abdominal pressure | |
| introduction | |
| Inverse model | |
| Inverse oxygenation | |
| inverse problems | |
| Inverse reconstruction | |
| invited talk | |
| Irregular words | |
| ischemic stoke | |
| ISO/IEC | |
| J | |
| Joint action | |
| Joint attention | |
| K | |
| kernel | |
| knowledge representation | |
| L | |
| L2 learning | |
| language | |
| language acquisition | |
| language development | |
| Language learning | |
| Laparoscopic surgery | |
| Laparoscopy | |
| large vessel occlusion | |
| layered recovery | |
| Learning | |
| Learning in high-risk environment | |
| LED | |
| left inferior frontal gyrus | |
| Lexical pathway | |
| LFO | |
| lie detection | |
| Life-style | |
| light propagation analysis | |
| light propagation in tissue | |
| Local hemodynamic monitoring | |
| long-term monitoring | |
| longitudinal | |
| low frequency oscillation | |
| Low frequency oscillations | |
| Low-level Light Therapy | |
| lying | |
| M | |
| Macaque monkey | |
| Machine Learning | |
| Major Depression | |
| major depressive disorder | |
| Malnutrition | |
| Manipulative therapy | |
| masking | |
| mate choice | |
| mayer wave | |
| MC-LUT | |
| measurements | |
| mechanical thrombectomy | |
| medial prefrontal cortex | |
| Mediation analysis | |
| Medical and biological imaging | |
| Medical Optics | |
| Medical optics intrumentatiohn | |
| Medication response | |
| memory | |
| Memory strategy | |
| Mental Arithmetic | |
| Mental fatigue | |
| Mental Math | |
| Mental Rehearsal | |
| mental states | |
| Mental workload | |
| Mental-healthcare | |
| Mentalizing | |
| meta-analysis | |
| metabolism | |
| Metacognitive learning | |
| metastates | |
| methodological review | |
| Methods | |
| Methylphenidate | |
| microscopy | |
| Middle frontal gyrus | |
| Mild Cognitivie Impairment | |
| mimicry | |
| Mindfulness | |
| mirror neuron system | |
| Mirror Neurons | |
| misery perfusion | |
| Mitochondrial damage | |
| MNI | |
| modeling | |
| Moderate-Intensity Cycling Exercise | |
| moderate-intensity exercise | |
| modular | |
| Monitoring | |
| Monte Carlo | |
| Monte Carlo modeling | |
| mood | |
| mother-child interaction | |
| Mother–infant interaction | |
| motion capture | |
| motion correction | |
| motion sensors | |
| motivation | |
| Motor behavior | |
| motor complexity | |
| motor development | |
| Motor Execution | |
| motor function | |
| Motor imagery | |
| Motor timing | |
| Motor-Related Area | |
| Movement | |
| Multi modality | |
| multi-directional DOT | |
| Multi-modal fusion | |
| multi-optode | |
| Multiclass classification | |
| Multimodal | |
| multimodal integration | |
| Multimodal Recordings | |
| Multimodality comparison | |
| multiple scattering | |
| Multivariate Analysis | |
| muscle blood flow | |
| Muscle dysmorphic disorder | |
| muscle fatigue | |
| muscle force | |
| Musical Stimuli | |
| N | |
| native and non-native speech processing | |
| Navigation system | |
| near infrared spectroscopy | |
| Near infrared spectroscopy (NIRS) | |
| Near-infrared optical tomography | |
| near-infrared spectroscopy | |
| Near-Infrared Spectroscopy (NIRS) | |
| Near-infrared spectroscopy system | |
| neonatal | |
| Neonatal brain imaging | |
| Neonatal brain oxygenation | |
| Neonate | |
| neonates | |
| neonatology | |
| neural | |
| neural underpinnings | |
| neuro | |
| neuro-monitoring | |
| Neurocinematics | |
| neurocritical care | |
| neurodevelopment | |
| Neurofeedback | |
| neuroimaging | |
| Neurological Diseases | |
| neuromarketing | |
| neuromonitoring | |
| neuronal | |
| Neuronal Activity | |
| Neuronal excitability | |
| neurophotonics | |
| neuropsychological test | |
| Neurorehabilitation | |
| NEUROSCIENCE OF TWO | |
| neurovascular coupling | |
| Newborn brain | |
| Newborns | |
| nir | |
| NIRS | |
| NIRS Standardization | |
| NIRS/DOS | |
| noise | |
| Noise removal | |
| Noisy channels | |
| non-adjacent dependencies | |
| Non-negative matrix factorization | |
| Non-words | |
| Nonlocal calculus framework | |
| novelty detection | |
| nutrition | |
| O | |
| O2Hb | |
| older adults | |
| ongoing pain | |
| opening | |
| optical interface | |
| Optical phantoms | |
| Optical properties | |
| Optical Spectroscopy | |
| optical topography | |
| optimal probe design | |
| Optimization | |
| orientation sensor network | |
| origin of signals | |
| oscillator | |
| oximeter | |
| oxy- and deoxy-hemoglobin | |
| oxygen | |
| oxygen saturation | |
| Oxygen Transport | |
| oxygenated hemoglobin | |
| P | |
| pain | |
| Painful stimulation | |
| Paired Associative Stimulation (PAS) | |
| Parent-child interaction | |
| parietal-occipital cortices | |
| Parkinson's Disease | |
| perceptual systems | |
| Performance assessment | |
| Phantom | |
| Phantoms | |
| phase | |
| Phoneme perception | |
| Phonemic contrast | |
| Phonological pathway | |
| photon migration | |
| physiological fluctuations | |
| physiology | |
| piglet model | |
| POM | |
| Poor Readers | |
| populations | |
| portable | |
| Portable NIRS devices | |
| positron emission tomography | |
| poverty | |
| Pre-clinical validation | |
| Pre-processing | |
| prediction | |
| Predictive Coding | |
| prefrontal cortex | |
| prefrontal cortex activity | |
| premature | |
| preprocessing | |
| Preprocessing standardization | |
| preterm | |
| Preterm infant | |
| preterm infants | |
| Prevention | |
| primary motor cortex | |
| primary somatosensory cortex | |
| priming | |
| principles | |
| probabilistic | |
| Probabilistic Atlas | |
| probe design | |
| Probe placement | |
| proprioception | |
| Prosthesis | |
| Protocol building | |
| Pseudo-inverse matrix | |
| Pulsatility of cerebral blood flow | |
| Q | |
| quantification | |
| R | |
| raised intracranial pressure | |
| Rapid Automatized Naming | |
| Reading | |
| reading development | |
| Reading Disabilities | |
| reading speed | |
| real world social interaction | |
| reconstruction | |
| Reconstructive surgery | |
| recording | |
| Recovery | |
| reference channels | |
| reflectance modulation | |
| registration | |
| Rehabilitation | |
| relative cerebral blood flow | |
| relative cerebral metabolic rate of oxygen | |
| reliability analysis | |
| remarks | |
| Repetition suppression | |
| respiration | |
| respiratory band | |
| respiratory metabolism | |
| Response inhibition | |
| resting state | |
| Resting State Connectivity | |
| Resting State Functional Connectivity | |
| Resting state network | |
| Resting-State | |
| resting-state fNIRS | |
| resting-state functional connectivity | |
| resting-state functional connectivity near-infrared spectroscopy (rs-fcNIRS) | |
| resting-state functional onnectivity | |
| Retinotopy | |
| Reversed speech | |
| Reward System | |
| right-left asymmetry | |
| Risky Decision Making | |
| rNIRS | |
| Robotic therapy | |
| rule management processing | |
| S | |
| Sample Entropy | |
| scalable | |
| Scalp | |
| scattering | |
| schizophrenia | |
| School-aged children | |
| Second-order deception | |
| self | |
| self-calibrating | |
| Self-Regulation | |
| seminar | |
| sensitive period | |
| Sensitivity-specificity | |
| sensory irritation | |
| sfNIRS | |
| Shared Book Reading | |
| short channel | |
| Short distance channels | |
| short-distance channels | |
| Short-separation measurements | |
| short-separation regression | |
| sign language | |
| signal | |
| Signal correlated noise | |
| Signal Improvement | |
| Signal origin | |
| signal power | |
| Signal Processing | |
| signal shape | |
| Signal-driven | |
| Signal-to-Noise Ratio | |
| silicon photomultiplier (SiPM) | |
| simulated data | |
| SiPM | |
| skillfulness | |
| skin blood flow | |
| Sleep | |
| sleep state | |
| smoke | |
| smoker | |
| smoking | |
| snr | |
| social | |
| social and mechanical processing | |
| social cognition | |
| Social Conversation | |
| social interaction | |
| Social Neuroscience | |
| Socioeconomic status | |
| software | |
| software development | |
| somatosensory cortex | |
| source | |
| source localization | |
| Source space | |
| SPA-fNIRS | |
| spatial | |
| Spatial normalization | |
| spatial recovery | |
| spatial registration | |
| spatial sensitivity matrix | |
| Spatially dense multichannel fNIRS | |
| spatially resolved spectroscopy | |
| Speckle contrast optical tomography | |
| Speckle imaging | |
| Spectral information | |
| Spectroscopy | |
| Spectroscopy tissue diagnostics | |
| Speech | |
| Speech comprehension | |
| Speech perception | |
| speech processing | |
| Speech-language pathology | |
| spiroximetry | |
| stability analysis | |
| standardization | |
| state space model | |
| statistical analysis | |
| statistical challenges | |
| Statistical Learning | |
| Statistical power analysis | |
| statistics | |
| stimulation | |
| Storytelling | |
| stress | |
| stroke | |
| stroop | |
| Stroop task | |
| Stroop-Simon test | |
| STS | |
| Stuttering | |
| Subband analysis | |
| subject screening for signal presence | |
| Subthreshold depression | |
| superficial layers of the head | |
| Support vector machine | |
| Surgery | |
| Surrogate Testing | |
| Sustained attention | |
| Symbol Search | |
| synchronization | |
| system | |
| system development | |
| systemic | |
| systemic changes | |
| Systemic physiological noise | |
| T | |
| tactile stimulation | |
| Tapping | |
| Task-related information | |
| tasks | |
| TD-NIRS | |
| technology | |
| temporal | |
| temporal cortex | |
| temporal lobe | |
| test-retest | |
| Textbook Reading | |
| THC | |
| theatre | |
| Theory of mind | |
| Theory-driven | |
| Therapy | |
| theta band | |
| Three-dimensional image processing | |
| time delay distribution entropy | |
| time domain | |
| Time Domain fNIRS | |
| Time domain NIRS | |
| Time resolved near-infrared optical tomography | |
| time resolved nearinfrared spectroscopy | |
| time resolved spectroscopy | |
| time-correlated single-photon counting | |
| time-domain | |
| time-domain diffuse optics | |
| Time-Domain NIRS | |
| Time-resolved fNIRS | |
| Time-resolved imaging | |
| Time-Resolved monitoring | |
| Time-resolved near infrared spectroscopy | |
| time-resolved near-infrared spectroscopy | |
| Time-resolved NIRS | |
| time-resolved spectroscopy | |
| Tissue Oximeter | |
| Tissue oxygenation | |
| tissue oxygenation index | |
| Toddler Flanker | |
| Tomographic image processing | |
| Tomography | |
| toolbox | |
| TOOLS | |
| top-down | |
| top-down prediction | |
| Total variation regularization | |
| TR NIROT | |
| transcranial imaging | |
| Transcranial magnetic stimulation | |
| Transcranial Magnetic Stimulation (TMS) | |
| transcranial stimulation | |
| Transcranial techniques | |
| Transfer Learning | |
| Trauma | |
| Traumatic brain injury | |
| Two-channel | |
| two-person | |
| U | |
| undernutrition | |
| V | |
| Validation | |
| Valsalva | |
| vascular density | |
| vasculature | |
| vasodilation | |
| Video game | |
| virtual reality | |
| Visual | |
| visual cortex | |
| visual research | |
| visual speech | |
| visual stimulation | |
| Visual working memory | |
| voice gender | |
| VWM | |
| W | |
| walking | |
| wave | |
| Wavelet | |
| wavelet analysis | |
| wavelet coherence | |
| Wavelet Decomposition | |
| wearable | |
| wearable device | |
| wearable DOT | |
| Whole Brain | |
| whole-head functional near-infrared spectroscopy | |
| wireless | |
| words | |
| working memory | |
| Working memory capacity | |
| working memory-load | |