fardinafdideh

3D-Tissue-Deformation-using-COMSOL-Multiphysics-Software-to-Obtain-RF-Ultrasound-Signals-for-US-Elas

3D Tissue Deformation using COMSOL Multiphysics Software to Obtain RF Ultrasound Signals for US Elastography

Block-sparse-models-in-multi-modality-application-to-the-inverse-problem-in-EEG-MEG

Block-sparse models in multi-modality: application to the inverse problem in EEG/MEG

Development-of-a-MATLAB-based-Toolbox-Graphical-User-Interfaces-for-Elastogram-Image-and-RF-Ultras

Development of a MATLAB-based Toolbox (Graphical User Interfaces) for Elastogram Image and RF Ultrasound Signal Processing

EEG-MEG-Forward-and-Inverse-Multilayer-Source-Space-Problem-Pipeline-FieldTrip-based-Toolbox

EEG/MEG Forward and Inverse (Multilayer Source Space) Problem Pipeline (FieldTrip-based Toolbox)

EEG-Signal-Cleaning-Pipeline-Management-EEGLAB-based-

EEG Signal Cleaning Pipeline Management (EEGLAB-based)

EEGChain

EEGChain: An Open-Access EEGLAB-based Toolbox for Building, Managing, Automating, and Reproducing Batch EEG Processing Pipelines

Invasive-cognitive-brain-computer-interfaces-to-enhance-and-restore-attention

Invasive Cognitive Brain-computer Interfaces to Enhance and Restore Attention: Non-human Primates Study

LeadField-based-Brain-Parcellation

Automated (Mono/Multimodal)LeadField-based Brain (Surface/Volume) Parcellation/Segmentation

MEG-processing-and-dynamic-time-resolved-laminar-MEG-source-localisation-MRI-informed-

Tracking Information Flow in Dynamic Communication in the Brain Networks: Optimal Localization of the Brain Sources and Developing Functional Connectivity Approaches using MEG

NeuroAlignedYarrows

fardinafdideh/3D-Tissue-Deformation-using-COMSOL-Multiphysics-Software-to-Obtain-RF-Ultrasound-Signals-for-US-Elas

3D Tissue Deformation using COMSOL Multiphysics Software to Obtain RF Ultrasound Signals for US Elastography

fardinafdideh/Development-of-a-MATLAB-based-Toolbox-Graphical-User-Interfaces-for-Elastogram-Image-and-RF-Ultras

Development of a MATLAB-based Toolbox (Graphical User Interfaces) for Elastogram Image and RF Ultrasound Signal Processing

fardinafdideh/EEG-Signal-Cleaning-Pipeline-Management-EEGLAB-based-

EEG Signal Cleaning Pipeline Management (EEGLAB-based)

fardinafdideh/EEGChain

EEGChain: An Open-Access EEGLAB-based Toolbox for Building, Managing, Automating, and Reproducing Batch EEG Processing Pipelines

fardinafdideh/NeuroAlignedYarrows

fardinafdideh/A-Unimodal-Neural-Network-Based-Person-Authentication-System-Based-on-the-Sound-of-the-Signing

A Unimodal Neural Network-Based Person Authentication System Based on the Sound of the Signing

fardinafdideh/A-unimodal-person-authentication-system-based-on-signing-sound

A unimodal person authentication system based on signing sound

fardinafdideh/binning-designer

fardinafdideh/Block-sparse-models-in-multi-modality-application-to-the-inverse-problem-in-EEG-MEG

Block-sparse models in multi-modality: application to the inverse problem in EEG/MEG

fardinafdideh/Comments-on-Practical-Guide-for-Biomedical-Signals-Analysis-Using-Machine-Learning-Techniques

Comments and Remarks on the Book "Practical Guide for Biomedical Signals Analysis Using Machine Learning Techniques: A MATLAB Based Approach" by

fardinafdideh/EEG-MEG-Forward-and-Inverse-Multilayer-Source-Space-Problem-Pipeline-FieldTrip-based-Toolbox

EEG/MEG Forward and Inverse (Multilayer Source Space) Problem Pipeline (FieldTrip-based Toolbox)

fardinafdideh/Invasive-cognitive-brain-computer-interfaces-to-enhance-and-restore-attention

Invasive Cognitive Brain-computer Interfaces to Enhance and Restore Attention: Non-human Primates Study

fardinafdideh/LeadField-based-Brain-Parcellation

Automated (Mono/Multimodal)LeadField-based Brain (Surface/Volume) Parcellation/Segmentation

fardinafdideh/MEG-processing-and-dynamic-time-resolved-laminar-MEG-source-localisation-MRI-informed-

Tracking Information Flow in Dynamic Communication in the Brain Networks: Optimal Localization of the Brain Sources and Developing Functional Connectivity Approaches using MEG

fardinafdideh/NeuralDynamics_BCI_Neurofeedback

Neural dynamics of attentional modulation of macaque brains using neurofeedback techniques in an invasive cognitive brain-computer interface setup

fardinafdideh/deep-rl-class

This repo contains the syllabus of the Hugging Face Deep Reinforcement Learning Course.

fardinafdideh/EEG-Alpha-Band-Power-Topographies-of-Educated-Subjects-while-Solving-an-IQ-Tes

EEG Alpha Band Power Topographies of Educated Subjects while Solving an IQ Test: A Case Study

fardinafdideh/eeglab

EEGLAB is an open source signal processing environment for electrophysiological signals running on Matlab and developed at the SCCN/UCSD

fardinafdideh/fardinafdideh

Description of repository

fardinafdideh/Forward-and-Inverse-Problem-EEG-MEG-Simulation-FieldTrip-based-Toolbox-

Forward and Inverse Problem: EEG/MEG Simulation (FieldTrip-based Toolbox)

fardinafdideh/French

fardinafdideh/Git

fardinafdideh/llm-course

Course to get into Large Language Models (LLMs) with roadmaps and Colab notebooks.

fardinafdideh/Machine-Learning-A-to-Z-using-Python

fardinafdideh/tensorflow-1-public

fardinafdideh/Text-analytics

Amazon product review sentiment analysis using Logistic Regression (LR), Support Vector Machine (SVM), and Naive Bayes (NB) multiclass as classifier models, Synthetic Minority Oversampling Technique (SMOTE) as feature oversampler, and TF-IDF vectorization as feature, Synthetic Minority Oversampling Technique (SMOTE) as oversampler, and k-fold CV.

fardinafdideh/Timing-and-Synchronisation-Between-Different-PCs-in-an-MEG-Setup

Timing and Synchronisation Between Different PCs in an MEG Setup

fardinafdideh/Topographical-Representation-in-an-Associative-Learning-Task-Using-BSS-Analysis-on-MEG-Signals

Topographical Representation in an Associative Learning Task Using BSS Analysis on MEG Signals

fardinafdideh/Vehicle-Counting

algorithms implementation for extremely overlapping vehicle counting in traffic congestion situations

fardinafdideh/WBERC

Weighted Block-sparse Exact Recovery Conditions (WBERC): A General Framework