Web app for Physalia SaaS
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Updated
Mar 7, 2017
This topic gathers projects that exemplify or help to provide green computing. Green software is engineered to reduce energy consumption, which considers factors like algorithmic and language efficiency, networking, storage footprint, compute requirements, and so forth. Some projects follow great green software practices that should be highlighted; others help the rest of the world greenify their own code. The projects collected here are a mix of both.
Web app for Physalia SaaS
Saas app for physalia
🌏 Simple Energy-Calculator Script In Python
Energy measurement framework for Mobile Apps
Master Thesis in Energy Consumption on Database Management Systems
Python library for Green Computing - uses carbon intensity APIs to make code execution low-carbon
🌱 Android battery monitor app
PowerAPI formula using RAPL counters to provides power consumption information.
An application that measures software energy consumption of user device and computes software carbon intensity for data-driven decision making and software carbon accounting
2017 student project website on Green Computing
A logic programming solution to assess the ecological footprint of your ICT system
Performance test for trigonometric functions
PowerShell module for WattTime API free functions
Blaz: a library for frugal matrix computations. Blaz provides compression/uncompression functions for matrices of floating-point numbers and makes it possible to perform basic linear algebra on the compressed matrices, without uncompressing them.
IntelliJ plugin for software energy profiling
Compact Image Captioning (CoCA) is an open source image captioning project to promote Green Computer Vision, as well as to make image captioning research accessible to universities, research labs and individual practitioners with limited financial resources.
An attempt to centralized some resources about sustainable programming, green computing and frugal engineering.
Repository to document my Doctoral (Computer Science) Research
Simulator and datasets to research on carbon-aware temporal workload shifting.
This project is a REST API REST API for a ticketing system using Django Rest Framework (DRF)