Contiki-NG: The OS for Next Generation IoT Devices

X-CUBE-SUBG2 is an expansion software package for STM32Cube. The software runs on the STM32 and includes drivers that recognize the Sub-1 GHz RF communication for S2-LP.

📡 Radio driver for the Semtech SX128X LoRa 2.4GHz for contiki-ng

This is a Software-Defined Wireless Sensor Network (SDWSN) controller. This SDWSN-controller is designed to work with Contiki-NG-SDWSN.

RPL Network Visualizer for Contiki-NG

Smart heating system developed with Contiki-ng for the course of Internet of things of the MSc AIDE at the University of Pisa.

Intelligent solutions for smart cities

💡🌳 A simulated IoT application to monitor an Orchard, using contiki-ng IoT operative system.

📡 Radio driver for the Semtech SX127X LoRa transceiver working on contiki-ng operating system.

The project is about smart agriculture and is a system that allows people to monitor the status of their cultivated areas by automatically managing irrigation. The network consists of a border router, an undefined number of scattered nodes throughout the lands and a central server (the Master) that coordinates and manages all nodes.

University Project for "Internet of Things" course (MSc Computer Engineering @ University of Pisa). Implementation of an IoT telemetry and control system.

Using LoRa with TSCH in contiki-ng exemple repository

Design and implementation of Distributed Systems for large scale noise data collection/cleaning and for IOT smart thermostat controllers

MSF protocol simulation based on @yatch:pr/msf implementation

The aim of this IoT project is to implement a smart orchard thanks to sensor and actuator using contiki-ng system to virtualize the environment. To control them, it is used a Cloud Computing application using Californium.

Implementation of Contiki-NG OS for an IoT monitoring and control system

Implementation of a noise level analysis system for a country. Utilizes both sensor data and computer simulations to analyze noise levels, followed by calculation of key metrics

This project consists in the design and implementation of a Smart network of microcontrollers which monitor the status of the datacenter's racks and takes care of the workers' health by recording biometric signals.

OMÜ Bilgisayar Ağları dersinde yapılan projeleri içerir.