| Row | Absract ID | Title | Submission Author | Session |
| P1
| 10
|
Corpus Callosum volume Atrophy Pattern in Common Neurodegenerative Diseases: From Data to Wisdom
|
Davood Khezerloo
|
Clinical Applications of Brain Mappin
|
| P2
| 21
|
Towards hypoxia imaging: Relative oxygen extraction fraction (rOEF) mapping with multi-parametric quantitative MRI for predicting grade and IDH gene mutation status in Glioma
|
Fateme Shahedi
|
Clinical Applications of Brain Mappin
|
| P3
| 42
|
The Effects of Probiotics on Mood Disorders: A Narrative Review
|
Majid Sammak
|
Clinical Applications of Brain Mappin
|
| P4
| 47
|
Evaluation of the Effects of tDCS on Neurological Complications of COVID-19 Using QEEG
|
Mohadeseh Poradali
|
Clinical Applications of Brain Mappin
|
| P5
| 58
|
Evaluation of Ultrasound-Mediated Blood-Brain Barrier Disruption Using Evans Blue in Rats
|
Ahlam Almanie
|
Clinical Applications of Brain Mappin
|
| P6
| 77
|
Prefrontal Hemodynamic Correlates of Pragmatic Language Processing in Monolingual and Bilingual Individuals with Mild Cognitive Impairment: An fNIRS Study
|
Pardis Bidadian
|
Clinical Applications of Brain Mappin
|
| P7
| 79
|
EEG oscillations in recent suicide attempters: Assessing responses to positive and negative future imagination tasks
|
Masoumeh Bayat
|
Clinical Applications of Brain Mappin
|
| P8
| 92
|
The Role of Brain Mapping in Elucidating the Neural Basis of Cognitive and Behavioral Functions: A Systematic Review
|
Ali Rostami
|
Clinical Applications of Brain Mappin
|
| P9
| 113
|
Altered Auditory Prediction Error Processing in Decompensated Tinnitus: Insights from Mismatch Negativity
|
Saeid Mahmoudian
|
Clinical Applications of Brain Mappin
|
| P10
| 116
|
A Frequency-Topographic Atlas of Decision-Making Components Derived from Ecologically Valid Game Play: A High-Density qEEG Investigation
|
Alireza Falakdin
|
Clinical Applications of Brain Mappin
|
| P11
| 124
|
Comparing the three states of Dhikr, meditation, and thinking about God: an fMRI study
|
Mohammadamin Saraei
|
Clinical Applications of Brain Mappin
|
| P12
| 155
|
The Mirror Neuron System in Light of Advanced Neuroimaging: Network Evidence and Clinical Implications
|
Faeze Moradi
|
Clinical Applications of Brain Mappin
|
| P13
| 166
|
Automated MS Lesion Segmentation Using Self-Configuring nnU-Net Framework: Evaluation on MSSEG2016 Dataset
|
Zahra Arab
|
Clinical Applications of Brain Mappin
|
| P14
| 171
|
Investigating the Effectiveness of Cognitive Rehabilitation on Cognitive Flexibility in Mothers of Children with Autism- The Mediating Role of Changes in Brain Activity Patterns (A Case Study)
|
Akram Shatalebi
|
Clinical Applications of Brain Mappin
|
| P15
| 174
|
Effects of the Mind Simulation Technique on Psychological State, Craving, and Resting-State fMRI Connectivity in Substance Use Disorder: A Case Study
|
Hamid Kamarzarin
|
Clinical Applications of Brain Mappin
|
| P16
| 183
|
Pre-training directed effective connectivity predicts individual responsiveness to motor learning
|
Mohammad Rezaei
|
Clinical Applications of Brain Mappin
|
| P17
| 184
|
Computational Modeling of Brain Network Vulnerability in Cancer-Related Cognitive Impairment: A Graph Theoretical Study
|
Mohamad Amir Kakaee
|
Clinical Applications of Brain Mappin
|
| P18
| 192
|
Virtual Brain Twins and Passive Brain Mapping in Personalized Mental Health Treatment
|
Abolfazl Hajihashemi
|
Clinical Applications of Brain Mappin
|
| P19
| 202
|
Cognitive Aging: Differential Decline Across Memory Systems
|
Pegah Shirzadfar
|
Clinical Applications of Brain Mappin
|
| P20
| 210
|
Direct conversion of adipose tissue mesenchyme cells into oligodendrocyte progenitors by forced expression of Olig2
|
Hamed Shiri
|
Clinical Applications of Brain Mappin
|
| P21
| 218
|
Clinical Potential of EEG and ERP for Pediatric Speech and Language Assessment: From Neural Signatures to Individualized Profiling
|
Masume Shahidifar
|
Clinical Applications of Brain Mappin
|
| P22
| 220
|
Quantitative Assessment of Cerebral Oxygen Extraction and Oxygen Metabolism in Multiple Sclerosis Using Phase-Based MRI Susceptometry
|
Asieh Fatemidokht
|
Clinical Applications of Brain Mappin
|
| P23
| 221
|
Clinical Applications of EEG in Infant Feeding Assessment and Prediction of Feeding Outcomes: A Narrative Review
|
Elmira Shokri
|
Clinical Applications of Brain Mappin
|
| P24
| 223
|
Neurofunctional substrates of posttraumatic stress disorder: An activation likelihood estimation meta-analysis of childhood interpersonal versus adult-onset trauma
|
Erfan Salehi
|
Clinical Applications of Brain Mappin
|
| P25
| 225
|
Isodose Mapping of Deep-Brain Electrical Stimulation Using Temporal Interference
|
Aidin Niazmand
|
Clinical Applications of Brain Mappin
|
| P26
| 226
|
The Effect of qEEG-Guided Low-Intensity Magnetic Stimulation on Anxiety and Attention Deficit Disorder: A Pre- and Post-Pilot Study
|
Faezeh Miraboutalebi
|
Clinical Applications of Brain Mappin
|
| P27
| 232
|
Multidimensional Analysis of Personality-Scale Prediction from EEG Representations (MAPPER)
|
Seyed Mahan Mohajerani
|
Clinical Applications of Brain Mappin
|
| P28
| 239
|
A Meta-Analysis of the Effectiveness of Neurocognitive Interventions on Improving Attention and Working Memory in Children with Dyslexia
|
Mohammad Mahmoudvand
|
Clinical Applications of Brain Mappin
|
| P29
| 246
|
Dynamic Network Synchrony and Complexity in Mild Cognitive Impairment and Alzheimer's Disease
|
Hamidreza Shahi
|
Clinical Applications of Brain Mappin
|
| P30
| 251
|
Preoperative Functional MRI in Brain Tumor Surgery: Mapping Language and Motor Networks to Optimize Functional Preservation
|
Farzaneh Kashi
|
Clinical Applications of Brain Mappin
|
| P31
| 260
|
Bilateral Prefrontal rTMS Modulates Anterior Cingulate Activation and Cingulo-Insular Resting-State Connectivity in Major Depressive Disorder
|
Maryam Zivariderakhshande
|
Clinical Applications of Brain Mappin
|
| P32
| 269
|
Effects of the Menstrual Cycle on Women’s Emotional Processing During Exposure to Unpleasant Stimuli: Spectral Analysis of EEG Signals for Neurofeedback Applications
|
Sepideh Toutounchi
|
Clinical Applications of Brain Mappin
|
| P33
| 6
|
Opioid use disorder (OUD) is a significant mental health problem, with prolonged usage potentially resulting in tolerance, ad diction and cognitive decline, including learning and memory deficiency. At present, pharmacotherapy serves as the primary treatment approach for OUD. However, despite its
|
SOMAYEH NAZARI
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P34
| 15
|
Study of the ameliorative effects of chamomile hydroalcoholic extract on memory impairment in the experimental model of Alzheimer's-diabetes induced by streptozotocin in rats
|
Fatemeh Moradian
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P35
| 25
|
AI in Cognitive Rehabilitation: NeuroAIreh@b for Adaptive Personalized Interventions
|
Amirreza Davodi
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P36
| 46
|
Early Diagnosis of Diffuse Midline Glioma Using Deep Learning: A Systematic Review
|
PARMIDA SERAJ
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P37
| 56
|
Modulation of Pathological Limbic Network Oscillations by Infralimbic Cortex Stimulation Correlates with Suppression of Opioid-Seeking Behavior
|
Masoud Seddighfar
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P38
| 121
|
Cross-Frequency Phase–Amplitude Coupling–Derived EEG Connectivity for MDD Classification
|
Shabnam GholamiMehrabadi
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P39
| 153
|
Cross-Task Behavioral Phenotyping in Pediatric ADHD: Unsupervised Discovery of Engagement Styles across Clinical and Game-Based Environments
|
Somayeh Malekshahi
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P40
| 154
|
Atomoxetine Attenuates Mobile Phone Electromagnetic Wave-Induced Hippocampal Deficits in a Rat Model of PTSD
|
Kataneh Abrari
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P41
| 163
|
"Neuroplasticity and Cognitive Rehabilitation: A Systematic Review of Mechanisms and Clinical Applications"
|
Elaheh Narouei
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P42
| 170
|
TASK-RELATED VERSUS RESTING-STATE BRAIN OSCILLATIONS DURING MOTOR LEARNING IN HEALTHY OLDER ADULTS
|
MohaddesehSadat HafezYousefi
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P43
| 179
|
The Dopaminergic System Modulates the Electrophysiological Activity of the Suprachiasmatic Nucleus Dependent on the Circadian Cycle
|
Somaye Mesgar
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P44
| 212
|
Integrating Electronic Bypass, Conductive Scaffolds, and Molecular Therapy: A Time Phased Three Layer Framework (PHASE B) for Spinal Cord Repair
|
Abolfazl Fereydoni
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P45
| 237
|
Effectiveness of Focal High-Definition Transcranial Direct Current Stimulation Targeting the Left Dorsolateral Prefrontal Cortex on Executive Control and Depressive Symptoms in Major Depressive Disorder: A Randomized, Double-Blind, Sham-Controlled Trial
|
Mojtaba Ahmadi
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P46
| 245
|
Predicting Individual Response to Transcranial Alternating Current Stimulation from Baseline Electroencephalography Signals
|
Zeinab Jalilzadeh
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P47
| 264
|
Cognitive Heterogeneity in Developmental Dyslexia: Evidence of Differences in Working-Memory Performance and Implications for Personalized Intervention
|
ملیحه رمضانی درح
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P48
| 265
|
Comparing the efficacy of structured writing and drawing interventions on multidimensional cognitive and functional outcomes among older adults with mild cognitive impairment
|
Armita Sadeghi Khoshdel
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P49
| 266
|
Individualized fMRI Drug Cue-Reactivity and E-Field Modeling for DLPFC Targeting in Methamphetamine Use Disorder
|
Mehran Zare-Bidoky
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P50
| 267
|
fMRI-Informed TMS for Brain Regulation by Algorithm-based Individualized Neuromodulation for Depression
|
Mehran Zare-Bidoky
|
Personalized Interventions and Diagnosis of Complex Neurological Disorders
|
| P51
| 19
|
Media Cognitive Discourse Analysis through Brain Mapping Methods, Tools, and Techniques: A Literature Review
|
خدیجه سیدرمضان
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P52
| 55
|
Comparison of distress tolerance and emotional expressiveness in athletic and non-athletic students
|
Jamal Mostafazadehderik
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P53
| 59
|
The Role of Regular Physical Activity in Alpha Brain Waves of Individuals with Pornography Addiction
|
Iraj Mirkhan
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P54
| 74
|
Associations Between Hemispheric Superiority and Self-Handicapping in Young Adults
|
Mohammad Kazemi
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P55
| 76
|
Gender Differences in Hemispheric Dominance Patterns in Iranian Students
|
Mohammad Kazemi
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P56
| 94
|
The Role of Brain Mapping Techniques in Identifying Cognitive Talent and Learning Abilities: A Systematic Review of Recent Evidence
|
Zeynab Mirzaeiyan
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P57
| 97
|
Mapping Reward and Punishment Processing During Decision-Making: A Simultaneous EEG-fMRI Source-Space Study
|
Elias Ebrahimzadeh
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P58
| 106
|
Investigation of Frontal Alpha Brain Waves in Individuals with Pornography Addiction: A Comparison with Normal Individuals
|
Iraj Mirkhan
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P59
| 112
|
Historical Models of Behavioral Assessment and Their Relevance to Cognitive–Social Applications of Brain Mapping
|
Masoud Salmani Bidgoli
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P60
| 122
|
The Role of N2 and P3 Components in Attention Processing and Organization: Evidence from Event-Related Potentials
|
Sahar Mohammadzadeh
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P61
| 123
|
Cognitive Flexibility and Social Anxiety Symptoms in University Students
|
Reyhaneh KalakiJouybari
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P62
| 162
|
The Impact of Sleep on Cognitive Function: A Systematic Review of Neural Mechanisms
|
Elaheh Narouei
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P63
| 164
|
The Effect of Brain Training Exercises on Perfectionism, Psychological Distress, and Occupational Burnout in Nurses with Attention-Deficit/Hyperactivity Disorder
|
Fatemeh Ramzanipoor
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P64
| 165
|
Mirror Neuron Dynamics of a Follower: Responses During Observation and Execution in a Rhythmic Interpersonal Motor Coordination Task
|
Masoumeh Doosti
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P65
| 185
|
Neural Correlates of Leadership Functions: A Brain Mapping–Based Analysis within the Neuroleadership Framework
|
Azin Golmoradizadeh
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P66
| 227
|
Review of Neurogenic Communication Disorders in Persian History of Medicine
|
Sepideh Marghoub Khajeh
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P67
| 229
|
Bibliometric analysis of neuroimaging research on social behavior: 30 years of social neuroscience (1996-2026)
|
Fatemeh Parsa
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P68
| 231
|
From Evidence to Action: Multistage Neural Mechanisms in Perceptual Decision-Making—An EEG-Informed Mechanistic Review
|
Zahra Zare
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P69
| 241
|
Investigating the Effects of Transcranial Magnetic Stimulation Interventions on Cognitive Components in Obsessive-Compulsive Disorder
|
Morteza TALEBI
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P70
| 243
|
Neural Correlates of Episodic Memory Across Openness–Extraversion Personality Profiles
|
Negin Abbasian
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P71
| 270
|
The Effect of the Menstrual Cycle on EEG Signals related to Resting Condition: An Effective Connectivity Study Using the Partial Directed Coherence
|
Sepideh Toutounchi
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P72
| 271
|
Analysis and classification of EEG signals of extroverts and introverts
|
Nasrin Shoouri
|
Cognitive-Social Applications of Brain Mapping, such as talent identification, neuroleadership, and neurocognitive recruitment
|
| P73
| 11
|
AI-Powered Early Detection of Neurological Disorders: A Multimodal Approach
|
Mahmood HafshejaniNogoorani
|
Artificial Intelligence and Brain Mapping
|
| P74
| 16
|
Explainable Artificial Intelligence in Brain Mapping: Opportunities, Challenges, and Future Directions
|
Mohamadreza Nouraie
|
Artificial Intelligence and Brain Mapping
|
| P75
| 17
|
Virtual Brain Twins: Mathematical Foundations, Computational Modeling, and Comparative Simulation of Neurological and Psychiatric Disorders
|
Mohammad Fayaz
|
Artificial Intelligence and Brain Mapping
|
| P76
| 20
|
A radiomics model based on preoperative diffusion-tensor imaging (DTI) for prediction of MGMT promotor methylation status as a clinical biomarker for personalizing treatment strategies in glioma patients
|
Fateme Shahedi
|
Artificial Intelligence and Brain Mapping
|
| P77
| 33
|
Decoding Anxiety-Spectrum Disorders with Neurophysiological Biomarkers and Machine Learning
|
Vahid Asayesh
|
Artificial Intelligence and Brain Mapping
|
| P78
| 40
|
Olfactory Brain Volume and Functional Connectivity as Predictors of Age of Onset in Alzheimer’s Disease: A Machine Learning Approach
|
Reza Sheikhzadeh
|
Artificial Intelligence and Brain Mapping
|
| P79
| 41
|
A Deep Learning Approach for Discriminating Active Multiple Sclerosis Lesions Using Texture Features in Non-Contrast MRI
|
AmirAbbas Amini
|
Artificial Intelligence and Brain Mapping
|
| P80
| 49
|
Neuro-constrained Bio-inspired Recurrent Neural Network
|
Mo Shakiba
|
Artificial Intelligence and Brain Mapping
|
| P81
| 53
|
Decoding of Voluntary Motor Decisions from Prefrontal EEG Oscillatory Dynamics Using Ensemble Learning
|
کوثر فتاحی
|
Artificial Intelligence and Brain Mapping
|
| P82
| 60
|
Identifying EEG Signatures of Mental Arithmetic Performance Using Machine Learning
|
Maedeh Sadat Tabatabaei Kamal
|
Artificial Intelligence and Brain Mapping
|
| P83
| 69
|
Decoding Stochastic Neural Dynamics Using Explainable Machine Learning: An EEG-Based Candidate Functional Biomarker for Alzheimer’s Disease
|
کوثر فتاحی
|
Artificial Intelligence and Brain Mapping
|
| P84
| 81
|
Interpretable Machine Learning for Functional Brain Mapping of Motor Imagery Using EEG
|
Morteza Shahedifar
|
Artificial Intelligence and Brain Mapping
|
| P85
| 82
|
Functional Cortico-Muscular Connectivity as a Quantitative Brain Mapping Framework: An Advanced EEG–EMG and Machine Learning Study
|
Sajjad Abdollahi
|
Artificial Intelligence and Brain Mapping
|
| P86
| 86
|
Multimodal Brain Mapping Using EEG and fMRI in Autism Spectrum Disorder
|
Elina Lovineh
|
Artificial Intelligence and Brain Mapping
|
| P87
| 101
|
Development of semantic framework and ontology for neurodegenerative diseases and investigating the role of machine learning and deep learning approaches in clinical outcomes.
|
Sharare Taheri Moghadam
|
Artificial Intelligence and Brain Mapping
|
| P88
| 117
|
Machine Learning Applications in Resting-State EEG for Pediatric Cognitive Subtyping: A Systematic Review of Executive Functions and Emotion Regulation
|
Mahnaz Vahab
|
Artificial Intelligence and Brain Mapping
|
| P89
| 120
|
From Code to Concerto: Quantifying Synthetic Identity Emergence via Entropy-Driven Phase Transitions
|
Mostafa Ganjali
|
Artificial Intelligence and Brain Mapping
|
| P90
| 129
|
Application of artificial intelligence in attention-deficit hyperactivity disorder detection and response to treatment: A systematic review
|
Reza HoseiniNaserabad
|
Artificial Intelligence and Brain Mapping
|
| P91
| 130
|
A robust Multi-Class Brain Tumor Classification from MRI Using a Regularized ConvNeXt–Attention Framework
|
Yasaman Bakhtiari
|
Artificial Intelligence and Brain Mapping
|
| P92
| 156
|
Data-Driven Functional Brain Parcellation from Resting-State EEG Using Self-Supervised Learning
|
Morteza Shahedifar
|
Artificial Intelligence and Brain Mapping
|
| P93
| 190
|
Precise Seizure Onset Detection Using EMD-Based Hybrid Deep-Classical Models on Multichannel EEG
|
Amir hossein Abbasi
|
Artificial Intelligence and Brain Mapping
|
| P94
| 199
|
A Review of Advanced Deep Learning Architectures for Robust Pattern Recognition in EEG Signal Analysis
|
Sahar sadat NazmBojnordi
|
Artificial Intelligence and Brain Mapping
|
| P95
| 204
|
A Model-Based Framework for Brain Mapping: From Hidden Variables to EEG Signatures
|
Fatemeh Shakibafard
|
Artificial Intelligence and Brain Mapping
|
| P96
| 208
|
Structural Balance and Hub Heterogeneity Alterations in Functional Brain Networks of ADHD: A Signed-Graph Topological Study
|
Rouzbh Fakhari
|
Artificial Intelligence and Brain Mapping
|
| P97
| 209
|
Deep Learning–Driven Integration of Signed Graph Metrics and Temporal Dynamics for Biomarker Discovery in ADHD Using Resting-State fMRI
|
Rouzbh Fakhari
|
Artificial Intelligence and Brain Mapping
|
| P98
| 230
|
Language-Model Surprisal and Human N400 Responses: A Reproducible Multi-Dataset EEG Evaluation
|
Saleh EstakiOrgani
|
Artificial Intelligence and Brain Mapping
|
| P99
| 236
|
An AI Based Screening Tool for Detection of Cerebral Venous Thrombosis on Non-Contrast Brain CT
|
Ali Namjoomoghadam
|
Artificial Intelligence and Brain Mapping
|
| P100
| 247
|
Information Cascades and Trade-Flow Herding in Prediction Markets: A Free-Energy Interpretation
|
Mohammad ZadehEbrahim
|
Artificial Intelligence and Brain Mapping
|
| P101
| 249
|
Design of a Drowsiness Detection System Based on Graph Theory-Based Features of EEG Signals
|
Sarina Sheykhkazemi
|
Artificial Intelligence and Brain Mapping
|
| P102
| 253
|
Comparison of MRI Radiomics-based Machine Learning and Deep Learning Models for Low-Grade and High-Grade Glioma Differential Diagnosis
|
Maryam Bagherpour
|
Artificial Intelligence and Brain Mapping
|
| P103
| 255
|
EEGLAB-FDA: A Functional Data Analysis Framework for Advanced EEG Signal Processing
|
Mohammad Fayaz
|
Artificial Intelligence and Brain Mapping
|
| P104
| 258
|
Comparison of Static, Dynamic, and Combined Functional Connectivity Features Across Different Brain Parcellations for Parkinson’s Disease Classification Using Machine Learning
|
Mostafa Salehi
|
Artificial Intelligence and Brain Mapping
|
| P105
| 38
|
A Comparative Evaluation of Traditional and User-Centered Boarding Pass Designs through Eye-Tracking Metrics
|
Fatemeh Abareshi
|
Brain–Computer Interfaces (BCIs)
|
| P106
| 71
|
A Deep Learning Approach for Classifying Four-Class Motor Imagery Using EEG Signals
|
AmirAbbas Amini
|
Brain–Computer Interfaces (BCIs)
|
| P107
| 80
|
Hybrid Signal Processing and Machine Learning Approaches for Cross-Dataset EEG-Based BCI Analysis
|
Morteza Shahedifar
|
Brain–Computer Interfaces (BCIs)
|
| P108
| 107
|
Enhancing Usability of Mobile Banking Apps for Elderly Users: Eye-Tracking Insights into Attention Patterns and Cognitive Workload
|
Elahe Amouzadeh
|
Brain–Computer Interfaces (BCIs)
|
| P109
| 152
|
Decoding Cognitive Language Information from EEG Using Word- and Sentence-Level Representations
|
Fateme Majidi
|
Brain–Computer Interfaces (BCIs)
|
| P110
| 157
|
Adaptive EEG Based Brain Computer Interface for Real-Time Control of a Surgical Robot in Simulated Tumor Excision
|
Morteza Shahedifar
|
Brain–Computer Interfaces (BCIs)
|
| P111
| 173
|
Continuous Estimation of Meditation Level Using Single-channel Wearable EEG
|
Fatemeh Davarinia
|
Brain–Computer Interfaces (BCIs)
|
| P112
| 235
|
A Gamified Neurofeedback System for Real-Time Attention Training Using Wearable EEG and Unity
|
Sarah Asadi
|
Brain–Computer Interfaces (BCIs)
|
| P113
| 248
|
Classification of Left- and Right-Hand Motor Imagery Using Electroencephalography (EEG) Signals
|
Yasaman Seyfi
|
Brain–Computer Interfaces (BCIs)
|
| P114
| 263
|
Personalized Brain Mapping in Cognitive Ergonomics: Capacities and Challenges of an Individual-Centered Approach in Neuroergonomics and Human–Intelligent Systems Interaction
|
Mahla Nazri
|
Brain–Computer Interfaces (BCIs)
|
| P115
| 61
|
Automated Epilepsy Detection from EEG Signals Using Convolutional Neural Networks: A Comparative Study with Classical Machine Learning Methods
|
Yasamin Baghersad
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P116
| 62
|
Stress Brain Mapping Based on Dynamic and Individualized EEG Microstates
|
Yasamin Baghersad
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P117
| 88
|
Application of Advanced Brain Mapping Techniques Based on Neuroimaging and Signal Recording for Localization of Epileptogenic Zones
|
Elina Lovineh
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P118
| 95
|
Effect of Social Stimuli on Topological Changes in the Brain Functional Network During Memory Formation in Virtual Reality
|
Melina Mostafa
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P119
| 98
|
Spatial Organization of Feedback Processing Under Agency and No-Agency Task Contexts
|
Radmehr Bahrami
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P120
| 100
|
The Value of Imaging Mass Spectrometry in the Evaluation of Biomolecules, Natural Compounds, and Small Molecules in Rat Brain
|
Negar Saeedi
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Advanced Techniques in Signal Acquisition and Image Processing
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| P121
| 103
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Automatic Segmentation of Multiple Sclerosis Lesions from Brain MRI Using a Multi-Orientation TransUNet Model
|
Zeinab Yazdani
|
Advanced Techniques in Signal Acquisition and Image Processing
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| P122
| 104
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Frequency-Domain Hippocampal MRI Analysis Using Distance Correlation for Early Alzheimer Detection
|
Amirhosein Nasrollahi
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P123
| 125
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Image Reconstruction methods for Low-Field MRI with Severe Field Inhomogeneity in a Halbach magnet
|
Fatemeh Alirezaee
|
Advanced Techniques in Signal Acquisition and Image Processing
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| P124
| 133
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Towards Interpretable Affective Computing: A Real-Time Convolutional Network for Joint Emotion and Gender Classification
|
Elias Ebrahimzadeh
|
Advanced Techniques in Signal Acquisition and Image Processing
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| P125
| 143
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Neural Correlates of Graded Embodiment in Persian Olfactory Metaphors: An fMRI Study
|
Maryam Akbarian
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P126
| 159
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EEG–fMRI Data Fusion via Generalized Coupled Matrix Tensor Factorization with Relaxed Similarity Constraint
|
Zahra Rabiei
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P127
| 168
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Brain MRI Texture Analysis for Diagnosing Alzheimer's Disease Using Fractional Fourier Transform
|
Shahyar Saramad
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P128
| 172
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EEG-Based Consumer Purchase State Detection Using Feature Selection and Prefrontal Analysis
|
Kiana Heydari
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P129
| 181
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Extended-MRiLab for Diffusion MRI, Non-Cartesian Acquisition, and Polar Reconstruction
|
Fateme Hoseini Rashkani
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P130
| 187
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How to Define Amygdala as a Region of Interest in fMRI Studies: Evaluation of the Current Atlases and Their Variations
|
Maryam Ardeshir
|
Advanced Techniques in Signal Acquisition and Image Processing
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| P131
| 191
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Global research trends in Non-Invasive Neuromodulation: A Trend Analysis of TMS and tES (2000–2025)
|
Farzaneh Koohzadi
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P132
| 198
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Multimodal Evaluation of fMRI Activation Using Magnitude, Phase, and Magnetic Susceptibility Information
|
Amir Kazemi
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P133
| 233
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Does a Targeting Neuroimaging Measure Need to Be a Response or Predictive Measure? Evidence from DLPFC–sgACC Connectivity in TMS for Depression
|
Seyed Mahan Mohajerani
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P134
| 242
|
Neural Mapping of Tactile Textile Processing: A Systematic Review of the Links Between Textile Properties and Sensory, Cognitive, and Brain Responses
|
Maryam Bluki
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P135
| 250
|
EEG Characterization of Gamma-Band Entrainment During 40-Hz Audiovisual Sensory Stimulation: A Pilot Study
|
Fateme Maghsoodlu
|
Advanced Techniques in Signal Acquisition and Image Processing
|
| P136
| 50
|
Title: Resting-State Functional MRI Connectivity for Presurgical Planning in Drug-Resistant Epilepsy: A Systematic Review and Clinical Translation Framework
|
Zeinab Sinaeifar
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P137
| 67
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From Tissue Injury to Network Failure: The Emerging Role of Brain Mapping in Early Ischemic Stroke Detection
|
Nayer Seyfizadeh
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P138
| 110
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Decoding Causal Information Flow in Epileptic Brain Networks Using Granger-Based EEG Connectivity Analysis
|
Fatemeh Shakibafard
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P139
| 111
|
FCD Type I: Unveiling the Invisible—Bridging Diagnostic Gaps with Advanced Neuroimaging and AI Innovation
|
Arshia Alizadeh
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P140
| 115
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Beyond Spikes: Scalable Multimodal Brain Mapping to Personalize Epilepsy Surgery in Children and Adults—An Iran-Ready Pathway
|
MohammadHassan Falahat
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P141
| 118
|
Recent Advances in sMRI and Artificial Intelligence for Presurgical Planning in Focal Cortical Dysplasia: A Systematic Review
|
AmirHossein Mahmoudi
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P142
| 126
|
Advancing Non-Invasive Presurgical Evaluation: A Component-Based EEG-fMRI Framework for Quantifying Localization Concordance in Focal Epilepsy
|
Elias Ebrahimzadeh
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P143
| 137
|
Executive Oscillatory Regulation and Speech Fluency: A Systematic Review of Network-Level Neurophysiological Evidence in Stuttering and Linguistic Dysfluency
|
Moones Jedari Mehdipour
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P144
| 177
|
Explainable Machine Learning with Hjorth Parameters for Epileptic Seizure Detection in Bonn EEG Dataset
|
Abolfazl Hajihashemi
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P145
| 216
|
Applications of Functional Brain Mapping in Presurgical Evaluation of Epilepsy in Children and Adults: Focus on Language, Memory, and Motor Functions
|
Shamim Ghazi
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P146
| 219
|
Altered Cerebral Perfusion in the Epileptogenic Lobe of Patients with MRI-Negative Drug-Resistant Epilepsy: A Quantitative Perfusion MRI Study
|
Asieh Fatemidokht
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P147
| 224
|
Age-dependent effective connectivity between functionally anticorrelated networks under partial sleep deprivation
|
Farnoosh Vosough
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P148
| 240
|
Cognitive Mapping Using SEEG and SDE for Personalized Epilepsy Surgery
|
Mahla Sirjani
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P149
| 244
|
Seizure Prediction from Scalp EEG Using Random Forest and Spectral Power Features: A Preliminary Multi-Patient Analysis
|
Mostafa RostampourVajari
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P150
| 262
|
Laterality-Specific Cortical Asymmetry Disruption in Drug-Resistant Focal Epilepsy: A Large-Scale Structural Neuroimaging Study
|
Amirhossein Moeini
|
Brain Mapping Applications in Epilepsy – Across Pediatric and Adult Populations
|
| P151
| 36
|
Functional Brain Connectivity and Systemizing Aptitude in High-Functioning Autism: A Neuro-Cognitive Framework
|
Arada Sarkisian
|
Autism and Brain Mapping
|
| P152
| 37
|
Towards a Connectivity-Informed Precision Psychiatry Framework for Autism: Proposing Three Evidence-Informed Neurophenotypes
|
Arada Sarkisian
|
Autism and Brain Mapping
|
| P153
| 44
|
Mapping Hippocampal Changes Related to mTOR Signaling in Autism Spectrum Disorder: A Systematic Review
|
PARMIDA SERAJ
|
Autism and Brain Mapping
|
| P154
| 51
|
Naturalistic fMRI in Autism (Movie-Watching and Social Scenes): Clinically Interpretable Markers and Reproducibility—A Scoping Review
|
Zeinab Sinaeifar
|
Autism and Brain Mapping
|
| P155
| 54
|
Diffusion MRI Microstructure in Autism Spectrum Disorder (NODDI, DKI, and Free-Water): Developmental Patterns and Clinical Correlates - A Systematic Review
|
Mohammad Azizi
|
Autism and Brain Mapping
|
| P156
| 127
|
Spotting Autism Early in Young Kids Through Brain Wave Patterns and Smart Computer Tools
|
Ashkan Alimohammadi
|
Autism and Brain Mapping
|
| P157
| 175
|
Effect of Mind Simulation Method (MSM) on Autism Spectrum Disorder Symptom Severity: A Clinical Case Series Study
|
Mojtaba Bigdeli Shamloo
|
Autism and Brain Mapping
|
| P158
| 259
|
Dynamic Effective Connectivity for Autism Diagnosis and Severity Prediction via a Spatial-Temporal Graph Transformer
|
ستاره رضاخانی
|
Autism and Brain Mapping
|
| P159
| 261
|
Network-Specific Susceptibility of Resting-State Functional Connectivity to Imaging-Site Heterogeneity and Head Motion in ABIDE
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Leila Ghobadi
|
Autism and Brain Mapping
|