DonJon86

DonJon86's Stars

• jamesmawm/High-Frequency-Trading-Model-with-IB

  A high-frequency trading model using Interactive Brokers API with pairs and mean-reversion in Python

  Language:Python2.5k24919678

• minimaxir/automl-gs

  Provide an input CSV and a target field to predict, generate a model + code to run it.

  Language:Python1.9k6131179

• benitoro/stockholm

  一个股票数据（沪深）爬虫和选股策略测试框架

  Language:Python1.4k12212622

• dzitkowskik/StockPredictionRNN

  High Frequency Trading Price Prediction using LSTM Recursive Neural Networks

  Language:Python705699277

• jilv220/BB_RPB_TSL

  A Trading strategy for the Freqtrade crypto bot.

  Language:Python200261061

• yuhang1070/rPPG_Strong_Baseline

  A rPPG Strong Baseline for remote physiological measurement.

  Language:Python47263

• Eric991005/Multitask-Stockformer

  A study on volume-price factor stock selection model based on wavelet transform and multitask self-attention network

  Language:Jupyter Notebook42545

• VBayesLab/deepGLM

  Train deepGLM with Matlab, R and Python

  Language:Jupyter Notebook27534

• marukosan93/ORPDAD

  This is the official code repository of our dataset and ECCV 2024 paper entitled "Oulu Remote-photoplethysmography Physical Domain Attacks Database (OPDAD)"

  Language:Python10200

• marukosan93/RS-rPPG

  This is the official code repository of our IEEE FG 2024 paper "RS-rPPG: Robust Self-Supervised Learning for rPPG"

  Language:Python9240

• jdh-algo/MHAD-Dataset

  Multimodal Home Activity Dataset with Multi-Angle Videos and Synchronized Physiological Signals

  8

• Eric991005/Precipitation-forecast-AGS-U-Net

  Precipitation forecast AGS U-Net

  Language:Jupyter Notebook50

• VBayesLab/DeepRGARCH

  50

• Jafar-Abdollahi/cuffless-bp-master-in-python-jupyter-

  Blood pressure (BP) is a direct indicator of hypertension, a dangerous and potentially deadly condition. Regular monitoring of BP is thus important, but many people have aversion towards cuff-based devices, and their limitation is that they can only be used at rest. Using just a photoplethysmogram (PPG) to estimate BP is a potential solution investigated in our study.

  Language:Jupyter Notebook4102

• TjuJavis/Research-on-Non-contact-Heart-Rate-Measurement-Based-on-Facial-Video

  The project, funded by the National Undergrad Innovation Training Program, aims to research non-contact heart rate measurement within a year. It utilizes device cameras (e.g., computers, smartphones) to extract facial video light signals, analyze them, and determine real-time heart rates based on Imaging Photoplethysmography (IPPG).

  Language:Python4110

• UCSB-VRL/StressVision

  StressVision: Non-Invasive Stress Detection from Thermal Images

  Language:Python4200

• deividbotina-alv/easy-rppg

  Camera-based Cardiac Signal Measurement: A non-invasive application for monitoring heart activity using a camera and image processing techniques.

  Language:Python21

• Satwik-Priyansh/rPPG-Project

  Language:Python2

• trippynix/LSTM-HFT-Trading-Bot

  This is a prototype high frequency trading bot created for trading US30 or DJI in 1 minute timeframe.

  Language:Jupyter Notebook2

• CheremyP/rppg_pipeline

  rPPG pipeline with segment anything implementation

  Language:Python1

• contactless-healthcare/Structured-light-based-Living-skin-Detection

  Language:MATLAB1

• DeQmE/OPTMLSTM

  Language:Python11

• dueuwh/Face2PPG_pipeline

  Face2PPG 논문의 전처리 파이프 라인의 수정버전

  Language:Python1

• etanak/rPPG_prototype

  Language:Python1100

• jon-chun/facial_emotion_recognition

  Language:Jupyter Notebook1

• marukosan93/Thesis

  10

• MikeZChi/DCRNN-RV

  11

• mxahan/breathing_rate_PT

  Language:Python10

• Ren1100/remote-PPG

  Language:Jupyter Notebook1

• trippynix/Stock-closing-price-predictor-for-the-current-day

  This is just my clg mini project where I tried to create model which predicts the closing price of the day if you put in the opening price of that day.

  Language:Jupyter Notebook1