This documentation supports implementing a self driven, Do It Yourself (DIY) artificial pancreas, based on the OpenAPS Reference Design. By proceeding to use these tools or any openaps repositories, you agree to abide by the copyright agreement and release any contributors from any liability. You assume full responsibility for all actions and outcomes related to use of these tools or ideas. Please read the copyright agreement before proceeding. This is a set of development tools to support a self driven DIY implementation of an open source artificial pancreas, OpenAPS. Any individual choosing to use these tools is solely responsible for testing, verifying, and implementing each of these tools independently or together as a system.
http://OpenAPS.orgTags | diy artificial-pancreas openaps diy-closed-loop glucose-monitoring diabetes |
Implementation | Makefile |
License | MIT |
Platform |
These are the core utilities needed to develop a self-built open source artificial pancreas. This is part of a series of tools to support a self-driven DIY implementation based on the OpenAPS reference design. The tools may be categorized as monitor (collecting data about environment, and operational status of devices and/or aggregating as much data as is relevant into one place), predict (make predictions about what should happen next), or control (enacting changes, and feeding more data back into the monitor).
Tools to work with carelink stick. Reformat medtronic's glucose records into format Nightscout prefers. The result is suitable for sending to Nightscout's entries api, eg, using ns-upload-entries.
openapsThis acts as a web-based CGM (Continuous Glucose Monitor) to allow multiple caregivers to remotely view a patient's glucose data in real time. The server reads a MongoDB which is intended to be data from a physical CGM, where it sends new SGV (sensor glucose values) as the data becomes available. The data is then displayed graphically and blood glucose values are predicted 0.5 hours ahead using an autoregressive second order model. Alarms are generated for high and low values, which can be cleared by any watcher of the data. Community maintained fork of the original cgm-remote-monitor.
diabetes continuous-glucose-management cgm-in-the-cloud cgm dexcomOpen source, self-hosted DIY Bitcoin wallet service
A voice controlled life automation hub, most commonly powered by the Raspberry Pi. A live chat to get help and discuss mirror related issues: https://discord.gg/EMb4ynW. Usually there are a few folks hanging around in the lobby, but if there arent you are probably better off filing an issue.
raspberry-pi diy home-automation smart-home voice-control smart-mirror iotGoogle teamed up with innovation studio Deeplocal to create the Google Assistant SDK: Mocktails Mixer — a DIY robotic home bartender that whips up your favorite mixed drinks at your command and serves you a splash of small talk while you wait. Disclaimer: THESE INSTRUCTIONS ARE BEING PROVIDED FOR INFORMATIONAL PURPOSES ONLY AND ARE NOT INTENDED TO BE USED FOR THE PRODUCTION OF COMMERCIAL PRODUCTS. BY EXECUTING THESE INSTRUCTIONS, YOU AGREE TO ASSUME ALL LIABILITY IN CONNECTION WITH YOUR BUILDING AND USE OF ANY DEVICE. DEEPLOCAL DISCLAIMS ALL WARRANTIES EXPRESS OR IMPLIED WITH RESPECT TO THESE INSTRUCTIONS AND ANY RESULTING DEVICE INCLUDING BUT NOT LIMITED TO WARRANTIES FOR MERCHANTABILITY, FITNESS FOR ANY PARTICULAR PURPOSE, AND NON-INFRINGEMENT. YOU SHOULD USE EXTREME CAUTION WHEN BUILDING AND USING ANY DEVICE PURSUANT TO THESE INSTRUCTIONS. IN NO EVENT SHALL DEEPLOCAL BE LIABLE FOR ANY CLAIM OR DAMAGES, INCLUDING BUT NOT LIMITED TO CLAIMS OR DAMAGES RELATED TO DEATH OR PERSONAL INJURY, PROPERTY DAMAGE, OR PRODUCT LIABILITY.
This repository goes together with a series of posts that explains how to build React from scratch step by step. Didact's goal is to make React internals easier to understand by providing a simpler implementation of the same API and step-by-step instructions on how to build it. Once you understand how React works on the inside, using it will be easier.
react diy-guideStand for 12" MacBook, 13" MacBook Air and 13" MacBook Pro
diy macbook standardHome Assistant is an open source home automation that puts local control and privacy first. Powered by a worldwide community of tinkerers and DIY enthusiasts. Perfect to run on a Raspberry Pi or a local server. Awesome Home Assistant is a curated list of awesome Home Assistant resources. Additional software, tutorials, custom components, Hassio add-ons, custom Lovelace panels, cookbooks, example setups, and much more.
awesome awesome-list home-assistant hassio hassio-addons homeassistant homeassistant-config hassio-repository home-automation iot diy homeautomation mqtt internet-of-things smarthomeThis project shows a super easy way to get started with your own DIY Multisensor to use with Home Assistant, a sick, open-source Home Automation platform that can do just about anything. The code covered in this repository utilizies Home Assistant's MQTT JSON Light Component, MQTT Sensor Component, and a NodeMCU ESP8266 development board.
diy multisensor sensornode homeassistant temperature humidity ota light enclosure photoresistor esp8266 nodemcu wifi mqtt json led motion-detector.NET Micro Framework project that provides a web-based interface for a Netduino based temperature monitoring circuit.
This is Gophersat, a SAT and pseudo-boolean solver written purely in Go. Gophersat was developed by the CRIL (Centre de Recherche en Informatique de Lens) at the Artois University & CNRS. It is released under the MIT license. Gophersat is rather efficient, i.e on typical SAT benchmarks it runs about 2 to 5 times slower than top-level solvers (namely, glucose or minisat) from which it is strongly inspired. It can also solve MAXSAT problems, and pseudo-boolean decision and optimization problems. Gophersat's last stable version is version 1.1. It includes a new, more efficient core solver for pure SAT problems and a package for dealing with MAXSAT problems. It also includes a new API for optimization and model counting, where new models are written to channels as soon as they are found.
sat-solver boolean-formulas constraint-satisfaction-problem pseudo-boolean-solver constraints artificial-intelligenceThis is a Matlab Code to build your own speed meter for a Powerball using a coil of enamelled copper wire, an audio cable and a computer with Matlab. Check the code at: http://ovilloenredado.blogspot.com/2009/01/lets-powerball-ii-diy-digital-speed.html
It is an open-source web application framework based on object-oriented PHP 5, MySQL, and XSLT. Designed following MVC architecture and REST principles.
An open source, free DIY biotech/biohacking bootstrapping kit. Genetic engineering/therapy, BioBricks, synthetic biology - schematics, tutorials, etc.
The Netduino Plus Home Automation project is designed to proivde a communication platform from various consumer based home automation products that offer a common web service endpoint. This will hopefully create a low cost DIY alternative to the expensive ethernet interfaces.
The ?nix project is an endeavour to create a complete workstation and UNIX-like OS using standard logic IC's and 8-bit AVR microcontrollers. The goal isn't to make something that will compete with a traditional workstation in computation but instead to have a great DIY project.
avr microcontroller unix
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