Container-based Support for Autonomic Data Strem Processing through the Fog

An Arduino-written application to control your Node MCU

This code initializes ESP-NOW to receive motion sensor data from a sender, then forwards it to an MQTT broker via MQTT protocol. Data can be sent to multiple destinations like a dashboard or a database for visualization.

This repository contains the implementation of a fog computing infrastructure integrated with blockchain technology. It demonstrates the deployment and management of fog nodes, ensuring secure and decentralized data processing at the edge of the network.

Simulated Testbed for Edge-Fog Processes based on the ONE simulator

Algorithms to achieve reliability and reduce costs for cloud service providers.

A carbon emission and power source aware fog computing simulator built extending the capabilities of LEAF

Simulation script to compare different cloud Infrastructure performance

This is the Prototype we created together with Dimitris Dimopoulos for our Diploma Thesis which can be found here in the diplo folder

Sensing and Actuation service for Raspberry Pi with Python.

A web application created for the Services in Cloud and Fog Computing course at the Technical University of Crete.

Garua

Ad Hoc Networks_2024_RPRA: Reputation-based prioritization and resource allocation leveraging predictive analytics and vehicular fog computing

Custom Kubernetes Scheduler using NSGA-III and TOPSIS for Edge Environment

Motey is a fog node agent which is able to start virtual containers and can act autonomous.