Check back next October for details on how to participate! Hacktoberfest is created in partnership with Hacktoberfest 2016 at a glance Most Popular Day to Contribute: Highest Pull Request Count Repos View More on Github You can contribute to any project on GitHub. If you need help finding one, here's a few we love: A hackable text editor for the 21st century, built on Electron. A framework for writing cross-platform desktop apps in JavaScript, HTML & CSS. Behaviour Driven Development for Ruby A CSS library recreating Instagram filters. An open telemetry framework designed to simplify the collection, processing and publishing of system data through a single API. Example Firefox add-ons created using the WebExtensions API. A toolkit that encapsulates and manages the configuration for web apps. A container engine for Linux designed to be composable, secure, and built on standards. A tool that makes it easy to run Kubernetes locally.

A Ruby cloud services library. A static site generator written in Go. A Python library for interacting with many of the popular cloud service providers using a unified API. A service monitoring system and time series database. A PHP web application framework with expressive, elegant syntax. A backend for Offline First applications. hangouts chat platform v2.0. A status page system written in PHP. A Docker-powered, mini Heroku implemented in around 200 lines of Bash. A headless WebKit scriptable with JavaScript. A JavaScript framework for creating ambitious web applications. A lightweight and modular front-end framework for developing fast and powerful web interfaces. The Ember front-end for HospitalRun, a modern hospital information system. An application automation framework that allows you to build applications that have automation built-in. A modern, high-performance browser engine written in Rust. A platform to host Capture the Flag competitions.

An open source, community-driven framework for managing your zsh configuration. An OpenAPI First framework for Python on top of Flask with automatic endpoint validation and OAuth2 support. Browse more projects on GitHub What you need to know Hacktoberfest is in our global community! Pull requests can be made in You can sign up anytime between October 1 and October 31.rei ayanami hoodie To get a shirt, you must make four pull requests between October 1-31. etf hoodiePull requests can be to any public repo on GitHub, not just the ones we've highlighted. cheap monday shrug sweatshirtPull requests reported by maintainers as spam or that are automated will be marked as invalid and won’t count towards the shirt. Here are things to keep in mind when contributing:

A contribution can be anything—fixing bugs, creating new features, or updating and writing documentation. Look for a repo's CONTRIBUTING.md file for contribution guidelines and instructions. Here are tips for creating a good Hacktoberfest issue in your project: Add a CONTRIBUTING.md file with contribution guidelines to your repo. Choose issues that have a well-defined scope and are self-contained. They should serve as good introductions to the codebase. Consider adopting a code of conduct to foster a greater sense of community. An Introduction to Open Source (Tutorial Series)by Lisa Tagliaferri Contributing to Open Source on GitHubby GitHub A Beginner's Guide to Open Source: The Best Advice for Making your First Contributionby Erika Heidi What open source project should I contribute to?by Kent C. Dodds Welcoming Communitiesby Gregor Martynus, Hoodie Lowering the barriersby Charlotte Spencer Contributor Covenant: A Code of Conduct for Open Source Projectsby Coraline Ada Ehmke

Connect with fellow Hacktoberfest contributors near you! Organize or attend a Hacktoberfest-themed meetup. Share Hacktoberfest with your friends!Lumped Thermal Household Model By: Benjamin Biegel, Palle Andersen, Jakob Stoustrup, Mathias Bækdal Madsen, and Lars Henrik Hansen IEEE Conference on Decision and Control, Florence, Italy, December 10-13th, 2013. Abstract—In this paper we discuss two different approaches to model the flexible power consumption of heat pump heated households: individual household modeling and lumped model- ing. We illustrate that a benefit of individual modeling is that we can overview and optimize the complete flexibility of a heat pump portfolio. Following, we illustrate two disadvantages of individual models, namely that it requires much computational effort to optimize over a large portfolio, and second that it is difficult to accurately model the houses in certain time periods due to local disturbances. Finally, we propose a lumped model approach as an alternative to the individual models.

In the lumped model, the portfolio is seen as baseline consumption superimposed with an ideal storage of limited power and energy capacity. The benefit of such a lumped model is that the computational effort of flexibility optimization is significantly reduced. Further, the individual disturbances will smooth out as the number of houses in the portfolio increases. This entry was posted in Automation and Control. Sustainable Reserve Power from Demand Response and Fluctuating Production – Two Danish Demonstrations PhD Thesis: Distributed Energy Resources in the Liberalized Electricity Markets Integration of Flexible Consumers in the Ancillary Service Markets Aggregation and Control of Flexible Consumers – A Real Life Demonstration Value of Flexible Consumption in the Electricity Markets U8s at Croke Park St Catherine's U16 League Champions INTERS FIRE AGAINST FINIANS PURSUIT OF SUCCESS-COACHING SEMINAR U11 HURLERS HOST ROUND TOWERS.