basharbme
Biomedical Entrapruneur,Researcher, 3D printing ,Modelling , AI , robotics ,Application,Developing,Algorithms , Python ,C++,.Blender,3DSlicer,Autodesk.
Ingenieria Biomedica ArteJordan/AMMAN
Pinned Repositories
2048-console
A clone of the game 2048 in the console written in vanilla python without any imports.
2048-DeepQLearning
Implementation of an agent able to play 2048. Report, evaluation and implementation details in the GitHub repository. During the project I gained experience with Reinforcement learning technologies such as the gym framework and the Keras-rl library.
3D-Bioprinter-parts-and-accessories
A collection of STL files used for building or modifying a FDM printer to print gels
bone-segmentation
Source code behind the paper Fully automatic and fast segmentation of the femur bone
EEG_Classification_Deeplearning
EEG Signal Classification using LSTM on various datasets
Health_Discernment_System
An efficient and user-friendly application with GUI based (Tkinter) front-end and various custom CNN models as back-end which detects various human diseases such as Malaria, Pneumonia, Breast Cancer and Skin Cancer using cell, tissue, x-ray or skin images.
Intelligent-Estimation-of-Speed-of-Induction-Motor
speed tracking capability of model reference adaptive system (MRAS) with model-based flux/speed observers and artificial neural network (ANN)-based adaptive speed estimators for sensorless induction motor (IM) drives has been analyzed. In model-based technique, mathematical model of IM is used to estimate the rotor speed. The current and flux observers are used as the reference model to estimate the rotor flux. The estimated rotor flux signals are used as the input signal for the adaptive observer to estimate the speed. In ANN-based method, adaptive model is constructed with a feedforward neural network to estimate the rotor speed. Feedforward ANN algorithm is used to train the network. The training algorithm decides the learning speed, stability, and dynamic performance of the system. Both methods have good speed tracking capability. Simulation results are presented to know the accuracy of the proposed methods. The proposed speed estimation techniques have great potential in industrial applications.
MONAILabel
MONAI Label is an intelligent open source image labeling and learning tool.
SmileToCast-Blender
Blender console easily convert dentist planning smile to 3D printable customized cast for veneers \ or cosmetics procedure planning .. Cast to be then scaled to real size impression.
TMJ-prosthesis-Blender
Open source TMJ Prosthesis Customizable to patient anatomy
basharbme's Repositories
basharbme/abide-fmri
Repository for the Brainhack School 2020 team working with fMRI and ABIDE data to train machine learning models.
basharbme/airVelocityAttenuation
This project implements a sink term applicable to the momentum conservation equation of the multiphase OpenFOAM solvers (interFoam, interIsoFoam), which attenuates velocities in the air phase.
basharbme/black-hole-skymap
WebGL skybox/raytracer for relativistic phenomena. Currently black hole and Alcubierre warp drive bubble.
basharbme/Blender-Molecular-Script
This is my molecular python script for blender. A bit similar to Lagoa Multiphysic in Softimage.
basharbme/Car-Type-classification
This project is based on the convolutional neural network and computer vision technology. The model is trained to identify the car body type and the car color with an accuracy of 95%. This project could be practically used by the company which surveys the vehicles
basharbme/catalyst
Accelerated deep learning R&D
basharbme/ColonSegNet
Real-time polyp detection, localization and segmentation in colonoscopy using deep learning (IEEE Access)
basharbme/dataset
医学影像数据集列表 『An Index for Medical Imaging Datasets』
basharbme/drop-dynamics
A MATLAB code which reads numbers in a video, references, and calculates drop dynamics' characteristics
basharbme/Droplet-and-Spray-Model
basharbme/Euler-Solver
Euler Solver for numerical approximation of ordinary differential equations (ODEs)
basharbme/Hub
Dataset format for AI. Build, manage, query & visualize datasets for deep learning. Stream data real-time to PyTorch/TensorFlow & version-control it. https://activeloop.ai
basharbme/left-or-right-elbow-model
X-ray Classification Model for Left or Right Elbow Anteroposterior Projections
basharbme/libgdx
Desktop/Android/HTML5/iOS Java game development framework
basharbme/Load-Balancing-in-Fog-Network
Tags: Reinforcement Learning, Networking, Parallel Computing, OS
basharbme/Mask_RCNN
Mask R-CNN for object detection and instance segmentation on Keras and TensorFlow
basharbme/Object_detection_with_cocodataset
basharbme/oral-lesions-detection
basharbme/Pan-Cancer-Nuclei-Instance-Segmentation
Instance Segmentation of 5 Different Cancer Nuclei Across 19 Unique Tissue Types
basharbme/PedicleScrewSimulator
3D Slicer module for pedicle screw insertion training
basharbme/quantum-mechanics
A collection of jupyter notebooks for quantum mechanics tutorials.
basharbme/Respiratory_disease_detection_Using_Transformer
使用Swin Transformer和Vision Transformer模型进行呼吸疾病检测
basharbme/SegFormer
Implementation of SegFormer in PyTorch
basharbme/SlicerDentalModelSeg
This extension aims to provide a GUI for a deep-learning automated teeth segmentation tool that we developed at the University of North Carolina in Chapel Hill.
basharbme/SlicerSandbox
Collection of utilities that are not polished implementations but can be useful to users
basharbme/Swin-Transformer
This is an official implementation for "Swin Transformer: Hierarchical Vision Transformer using Shifted Windows".
basharbme/Swin-Transformer-Object-Detection
This is an official implementation for "Swin Transformer: Hierarchical Vision Transformer using Shifted Windows" on Object Detection and Instance Segmentation.
basharbme/UIED
An accurate GUI element detection approach based on old-fashioned CV algorithms [Upgraded on 5/July/2021]
basharbme/vit-pytorch
Implementation of Vision Transformer, a simple way to achieve SOTA in vision classification with only a single transformer encoder, in Pytorch
basharbme/Voronoi-Clustering
A simple approach of Voronoi Clustering