gabriel-bandeira

A.S.H.

AndroidOpenGLSamples

ArduinoWorkshop

Material para Curso Básico de Arduino

Azure-Blobs

Python flask application to upload files to Azure Blob

backend-desafio-cnj

bluetooth-with-arduino

Samples of using Bluetooth communication with arduino

Complete-Python-3-Bootcamp

Course Files for Complete Python 3 Bootcamp Course on Udemy

Crafter

The Crafter Project 1.0

docker-scrapy

scrapy built in ubuntu of docker

Music-Memory-Puzzle

Music Memory Puzzle using Spotify's Python API (spotipy)

gabriel-bandeira/Music-Memory-Puzzle

Music Memory Puzzle using Spotify's Python API (spotipy)

gabriel-bandeira/A.S.H.

gabriel-bandeira/AndroidOpenGLSamples

gabriel-bandeira/ArduinoWorkshop

Material para Curso Básico de Arduino

gabriel-bandeira/Azure-Blobs

Python flask application to upload files to Azure Blob

gabriel-bandeira/backend-desafio-cnj

gabriel-bandeira/bluetooth-with-arduino

Samples of using Bluetooth communication with arduino

gabriel-bandeira/Complete-Python-3-Bootcamp

Course Files for Complete Python 3 Bootcamp Course on Udemy

gabriel-bandeira/Crafter

The Crafter Project 1.0

gabriel-bandeira/docker-scrapy

scrapy built in ubuntu of docker

gabriel-bandeira/kaggle-titanic

gabriel-bandeira/knot-hal-source

KNOT HAL is part of KNOT project. It aims to provide hardware abstraction layer for SPI and nRF24L01 radios. Allowing power constrained embedded devices to join a wireless network and exchange datagrams using nRF24L01 radios. The initial target platforms are Arduino (nodes), and Raspiberry PI GW. nRF24L01 is a highly integrated, ultra low power (ULP) 2Mbps RF transceiver IC for the 2.4GHz ISM band. On a second project phase, other radio access technologies such as Bluetooth Low Energy, and Wi-Fi are planned.

gabriel-bandeira/knot-protocol-source

KNOT protocol library is a lightweight C library built to use minimal CPU and memory resources.

gabriel-bandeira/knot-service-source

KNoT Service is part of KNoT project. It aims to provide a "proxy" service between KNoT Things and KNoT Cloud, allowing power constrained embedded device to interact with cloud services. The initial target platform are PAN devices, and Raspberry Pi GW. The PAN device used is a highly integrated, ultra low power (ULP) 2Mbps RF transceiver IC for the 2.4GHz ISM band (NRF24L01). On a second project phase, other radio access technologies such as LPWAN devices, Mesh devices, 3G Devices, Bluetooth Low Energy Devices, and Wi-Fi Devices are planned.

gabriel-bandeira/knot-thing-source

KNoT Thing library is a lightweight C/C++ library built to use minimal CPU and memory resources. It is intended to run on KNoT Nodes (Things) (see KNoT Architecture for better understanding). It provides the Radio and Protocol abstractions for the application. The application builder just need implement the read/write functions for its sensors/actuators, register a Data Item (sensor or actuator) on the library and call the run() method on its main loop routine.

gabriel-bandeira/LED-Cube

Library and example for LED Cubes

gabriel-bandeira/NXC-Arduino-I2C-Communication

gabriel-bandeira/opencv

gabriel-bandeira/Penumbra

gabriel-bandeira/RescueA

Libraries made for the team to use the sensors and motors of the our robot in the RoboCup Junior Rescue A competition

gabriel-bandeira/scratch-with-arduino-samples

gabriel-bandeira/tournamenter-obr

Extensão para o Tournamenter que permite pontuar pelo tablet em competições da OBR

gabriel-bandeira/TournamenterApp

Make Tournamenter even easyer with UI