Abdolkarim Saeedi
KiLJ4EdeN
Machine Learning Developer. Industrial experience with Facial Biometrics. Biomedical Engineering PhD
Languages
Top Repositories
Real time Facial Recognition using the face_recognition module and ip cameras.
Convolutional Long Short-term memory ( CNN - LSTM ) evaluation on the heart sound database with 91% accuracy.
Source codes for the research paper "A Novel Geometrical Method for Depression Diagnosis Based on EEG Signals"
My Personal Repository
Minimal model serving in 24 lines of code using fastapi.
LBP implementation in python.
Repositories
150My Personal Repository
HTML Basics
Java Script Basics
Source codes for the research paper "A Novel Geometrical Method for Depression Diagnosis Based on EEG Signals"
Real time Facial Recognition using the face_recognition module and ip cameras.
Multilingual Sentence & Image Embeddings with BERT
No description provided.
Convolutional Long Short-term memory ( CNN - LSTM ) evaluation on the heart sound database with 91% accuracy.
Open source tools for computational pathology - Nature BME
head pose estimation using quantization aware mobilenetv2 on edge devices
simple dns using unbound
Xray-core (V2ray) Server with Reality Protocol for bypassing internet censorship in Iran.
simple server setup teeworlds
Learn OpenCV : C++ and Python Examples
Simple Persian RAG ( Retrieval-Augmented Generation )
Minimal model serving in 24 lines of code using fastapi.
My networking tools, mostly using the book "Violent Python" by TJ O'Connor.
Transfer weights with tf.keras and facenet on any dataset.
Exploring DL With PyTorch.
No description provided.
Understanding Artificial Intelligence.
No description provided.
No description provided.
Tensorflow Algorithm and Layer Implementations.
Sequential down sample implementation for imbalanced data classification.
Simple build for mxnet that works on any cpu, (NON AVX, Shared CPUS, etc..)
A utility to use a series of different convolutional blocks.
LBP implementation in python.
Examples from torch.
opencv basics in python.