Ryan's starred repositories
covid-chestxray-dataset
We are building an open database of COVID-19 cases with chest X-ray or CT images.
FinRL-Tutorials
Tutorials. Please star.
bdl-benchmarks
Bayesian Deep Learning Benchmarks
BristolStockExchange
BSE is a simple minimal simulation of a limit order book financial exchange
CEAL-Medical-Image-Segmentation
Active Deep Learning for Medical Imaging Segmentation
keras_lr_finder
Plots the change of the loss function of a Keras model when the learning rate is exponentially increasing.
mobilenetv3-tensorflow
Unofficial implementation of MobileNetV3 architecture described in paper Searching for MobileNetV3.
Deep-Reinforcement-Learning-in-Trading
This repository provides the code for a Reinforcement Learning trading agent with its trading environment that works with both simulated and historical market data. This was inspired by OpenAI Gym framework.
ctc-executioner
Master Thesis: Limit order placement with Reinforcement Learning
Going-Deeper-with-Convolutional-Neural-Network-for-Stock-Market-Prediction
Repository for Going Deeper with Convolutional Neural Network for Stock Market Prediction
Retinal_blindness_detection_Pytorch
Detecting Diabetic Retinopathy using Deep learning algorithm - Convolution neural network (Resnet-152) using PyTorch + GUI + SMS notification
NIH-Chest-X-Rays-Multi-Label-Image-Classification-In-Pytorch
Multi-Label Image Classification of Chest X-Rays In Pytorch
HTFE-tensortrade
Tensortrade project for reinforcement learning in futures market
DS-5500-Project-Portfolio-Optimization-Using-Deep-Reinforcement-Learning
The repository contains the code for project for DS 5500 course at Northeastern.
nih-chest-xrays
A collection of projects which explore image classification on chest x-ray images (via the NIH dataset)
ISBI2018-Diagnostic-Classification-Of-Lung-Nodules-Using-3D-Neural-Networks
Network Architecture for the ISBI_2018 paper : DIAGNOSTIC CLASSIFICATION OF LUNG NODULES USING 3D NEURAL NETWORKS
3D-U-net-Keras
3D-Unet: patched based Keras implementation for medical images segmentation
monte_carlo_dropout
Uncertainty estimation in deep learning using monte carlo dropout with keras
Rap_Generation
A repository dedicated to the workshops I give on natural language generation
Acute-Lymphoblastic-Leukemia-cell-classification-using-Bayesian-Convolutional-Neural-Networks
In this project, we deploy the Bayesian Convolution Neural Networks (BCNN), proposed by Gal and Ghahramani [2015] to classify microscopic images of blood samples (lymphocyte cells). The data contains 260 microscopic images of cancerous and non-cancerous lymphocyte cells. We experiment with different network structures to obtain the model that return lowest error rate in classifying the images. We estimate the uncertainty for the predictions made by the models which in turn can assist a doctor in better decision making. The Stochastic Regularization Technique (SRT), popularly known as Dropout is utilized in the BCNN structure to obtain the Bayesian interpretation.
BCNN_cancer_detection
Using Bayesian deep neural networks for classification of histopathological images.
KerasDropoutUncertainty
A very short example of using dropout uncertainty from (https://github.com/yaringal/DropoutUncertaintyCaffeModels) with Keras and Tensorflow. Including how to do test time dropout.