The Qiskit ecosystem is a collection of tools created by researchers and developers who use Qiskit every day.

Python Conference Taiwan 2013 Tutorial

The Software Engineering: DevOps, CI/CD, Docker, Provisioning and Git Flow; ISBN: 9788395718632

Qelm - Quantum Enhanced Language Model

PEAK is a framework to build and manage multiagent ecosystems.

A visualizer of companion plants relationships made with Python and SQLite

Beyond Foxes and Hens is an agent-based model designed to accurately model realistic ecosystems. It is highly customizable, and can model any number of species in an environment of a given size.

[DEPRECATED and use https://github.com/virtualeconomy/py-vsys instead] A Python Wrapper for V Systems API

In this repository, Python scripts are employed to automate a myriad of tasks, facilitating seamless communication with various interconnected projects. The codebase serves as a robust foundation for orchestrating and streamlining operations, promoting efficiency and coordination across multiple facets of the project ecosystem.

Template for project to be include in the Qiskit Ecosystem

Agent-based forest gap model reimagined

(Need Fix from Contributor) AI Multi Agent Autonomous dengan port forwarded Multi Agent. Setiap agent memiliki peran, bisa berfikir sendiri dan instruksi jelas, dikendalikan oleh Agent Base di Ekosistem atau Colony dan dikoordinasi, tersambung, berovolusi melalui arsitektur cerdas.

Interactive co-occurrence matrix for object classes

App allows to extract video frames to images project without labels.

Docker containers for deploy Stack 4 Things Open Stack version

Python study project: ecosystem simulation with flocking behavior

Compare and merge two images projects: datasets / images / images metadata / image tags / and annotations

Introducing GardenPi, an automatic garden watering system with temperature/humidity sensors, camera, motion detection, and soil moisture sensor. It efficiently draws water from a tank and distributes it through tubing. Powered by Raspberry Pi Zero, it features an e-paper screen and solar panel for eco-friendly operation.

This Socio-Ecological Model (SEM) is designed to assess the interconnected impacts of economic, social, and environmental factors within a specific system. The model uses real-time data on population, GDP, energy consumption, and climate change to predict future development trends. Simulation results enable policymakers to evaluate.

A closed ecosystem simulator for a few biotic and abiotic cycles. Made in python with data visualizations.