Al-Sad
I am interested in time-frequency signal theory, machine learning, EEG analysis and processing, information flow and theory, signal modeling,
University of HelsinkiFinland
Pinned Repositories
DroneRF
This repository contains all MATLAB and Python codes used for Drones Detection and Identification using their RF signals.
mdFCN
The multiplex dynamic functional connectivity network (mdFCN) analysis pipeline for objectively uncovering latent network structures from cortical activity
motor-fault-icit2024
An efficient real-time CNN for diagnosing multiple bearing faults under various noise levels and time-varying rotational speeds with a Fisher-based spectral separability analysis method to elucidate its effectiveness.
MSEEG_Software_package
This repository contains all the versions of the MSEEG software package.
PHATE
PHATE (Potential of Heat-diffusion for Affinity-based Transition Embedding) is a tool for visualizing high dimensional data.
PW-WVD
The Piece-Wise Spline Wigner-Ville Distribution MATLAB Package
Social-Pose
A machine learning-based social distance estimation and crowd monitoring system for surveillance cameras
motor-fault-icit2024
Al-Sad's Repositories
Al-Sad/DroneRF
This repository contains all MATLAB and Python codes used for Drones Detection and Identification using their RF signals.
Al-Sad/PW-WVD
The Piece-Wise Spline Wigner-Ville Distribution MATLAB Package
Al-Sad/Social-Pose
A machine learning-based social distance estimation and crowd monitoring system for surveillance cameras
Al-Sad/MSEEG_Software_package
This repository contains all the versions of the MSEEG software package.
Al-Sad/mdFCN
The multiplex dynamic functional connectivity network (mdFCN) analysis pipeline for objectively uncovering latent network structures from cortical activity
Al-Sad/motor-fault-icit2024
An efficient real-time CNN for diagnosing multiple bearing faults under various noise levels and time-varying rotational speeds with a Fisher-based spectral separability analysis method to elucidate its effectiveness.
Al-Sad/PHATE
PHATE (Potential of Heat-diffusion for Affinity-based Transition Embedding) is a tool for visualizing high dimensional data.