Name: Gabriel Gazola Milan
Type: User
Company: @prefeitura-rio | @basedosdados | LASPI/UFRJ
Bio: Data Office's Head of Technology at @prefeitura-rio, Associate Member @basedosdados, R&D Engineer at LASPI/UFRJ
Location: Rio de Janeiro, Brazil
Blog: https://gabriel-milan.com
Gabriel Gazola Milan's Projects
🧙 The modern replacement for Airflow. Build, run, and manage data pipelines for integrating and transforming data.
Universalizando o acesso a dados no Brasil | 📖 Docs: https://basedosdados.github.io/mais/
Open source platform for the machine learning lifecycle
Client side for MQTTerminal project - Run shell commands asynchronously over MQTT with very low setup
Server side for MQTTerminal project - Run shell commands asynchronously over MQTT with very low setup
Repository for my own solutions on the 2020 Brazilian Olympiad in Informatics (OBI)
Cryptocurrency trading bot: high frequency, daily trading, social trading, ...
Trabalho de implementação de algoritmos de otimização não-linear para a disciplina de Otimização (COS360)
Repository for "OrienTinder", a Tinder-like web app that connects students to professors on research projects. This has been developed as the first project of the Programming Languages course @ Federal University of Rio de Janeiro
Inference script using Onnx Runtime
OTools stands for Online Tools, which is a Python/Cython framework for developing multithread online systems in a simple way.
An easy to use systems programming language with Python-like syntax.
Using Unity in order to attempt to train an autonomous sailboat
Repository for the "Linguagens de Programação" course at UFRJ
Open Source Algorithmic Trading Bot in Python.
Python framework for pipelines and daemon tasks.
Binance Exchange API python implementation for automated trading
Basic template for Python projects
A solution similar to UNIX "top" command with a few different features
Store things in Redis without worrying about types or anything, just do it!
All your Jupyter kernels, on all your machines, in one place.
This repository aims to share knowledge about robotic sailboats, since it's a subject of my personal interest. The content here has been developed by me and, as I'm an Electronic and Computer Engineering student, some of it may have mistakes, please keep aware and warn me about something messed up.
A very simple framework for developing autonomous sailing algorithms and testing them with 2D simulations/visualizations.
ringer tuning package for large scale production
A very simple implementation of a RTOS with a non-preemptive scheduler meant to be compatible with both AVR- and ESP8266-based boards
A setup for training Tensorflow models on SLURM clusters