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gobot

Golang framework for robotics, drones, and the Internet of Things (IoT)

gocd

Main repository for GoCD - Continuous Delivery server

goose

Html Content / Article Extractor in Scala - open sourced from Gravity Labs - http://gravity.com

grt

gesture recognition toolkit

guacamole-docker

Docker image for Guacamole - the clientless remote desktop gateway.

gxepd

A simple E-Paper display library with common base class and separate IO class for Arduino.

habitat

Modern applications with built-in automation

hadoop-binary-analysis

Framework that makes processing arbitrary binary data in Hadoop easier

hangprinter

A RepRap hanging from the ceiling

haproxy

Haproxy Dockerfile for trusted automated Docker builds.

harbor

An open source trusted cloud native registry project that stores, signs, and scans content.

hasy

HASY dataset

hbase-docker

HBase Dockerfile

hbaserest

Sample Python code for working with the HBase REST interface

hello-world

helloworld

helpkiss

Help Kiss is an Android application that analyzes the audio stream from the integrated or bluetooth microphone and sends an help message to registered phone numbers when detects a kiss sound.

hface

Face Detection using Hadoop Map Reduce and OpenCV

hyperloop-examples

Cross-platform Hyperloop examples

igan

Interactive Image Generation via Generative Adversarial Networks

igs_pie_chart

Pie Chart is a gem for pizza making. It uses D3 (Data Driven Documents) to aggregate the data and render the SVG awesomeness.

indoor-positioning-system

An indoor positioning system (IPS) is a system to locate objects or people inside a building using radio waves, magnetic fields, acoustic signals, or other sensory information collected by mobile devices. Global navigation satellite systems (GPS or GNSS) are generally not suitable to establish indoor locations, since microwaves will be attenuated and scattered by roofs, walls and other objects. However, in order to make positioning signals ubiquitous, integration between GPS and indoor positioning can be made. My solution for Indoor Positioning system is based on "Time of arrival" method. For this i had used Ultrasonic sensor(HC-SR04) connected with arduino atmega 2560 (and a cardboard for placing a object on it to determine location of this object) as they cost very less and gives very precise information (values). this hardware setup is connected with iot-platform(take your own platform and change the code accordingly; i.e ; url and sensor observation links) , in this way location of object placed on cardboard can be seen remotely from anywhere in the world as i had used web interface for showing location. There is possibility of making it so much advance by adding some additional feature and additional hardware. One of the most important feature that i want to add is that we can also able see the 'orientation' of object if moving along with the direction.

ink

A tool for exploring correspondence data

inno-all-in-one-setup

A collection of Inno scrpits, plugins, resources and so on.

ionic-geofence

Ionic geofence app example

ios

OwnTracks' iPhone App

jena-examples

A collection of ready to use, small and self contained examples on how to use Apache Jena

jenkins-docker-example

Example Docker / Jenkins app

jfoenix

JavaFX Material Design Library

johnny-five

JavaScript Robotics and IoT programming framework, developed at Bocoup.