Simplest DIY low power, low cost, standalone or web connected IOT sensors network framework using ESP32 or ESP8266 (no third party service required).

Sensor network to monitor indoor CO2 and VOC levels to improve the air quality. To fight against the COVID-19 pandemic it could be important to raise the awareness that there is a potential correlation between air quality and health.

Home Climate Control ESP32 based edge device firmware

An ESP8266 compatibel datalogger.

BME680 Indoor Air Quality Network Sensor

A simulation tool to design and simulate cyber-physical attacks against sensor networks, and evaluate their effects.

A Service Discovery Protocol for Arduino-Xbee based sensor networks.

This project is based on: 1) Read, Calibrate and Display data from Sensors. 2)Develop code for reading SMS through Arduino and trigger the alarm. 3) Sending the data to cloud using WiFi. 4) Create a REST based Web Service to send data to cloud. 5)Writing a program to store sensor data in NOSql(mongodb) database. 6) Analyze the data to slove busi…

Programming project from the lecture "Distributed Embedded Systems" at the University of Rostock.

Software-Defined-Wireless-Sensor-Network

A collection of software designed to run a system of Arduino and Raspberry Pi based Sensors

Home Climate Control ESP8266 based edge device firmware

Firebase realtime database based IoT car smart parking system

An open-source home automation system - network connectivity layer

An open-source home automation system - hardware firmware

A simple home sensor network in a box

Arduino Pro Mini node compatible with nRF24Things (Android Things)

This is my code repository that includes my codes for robotics projects and coding practice. The results are shown on my website (https://ckrobotics.wordpress.com/)

This project simulates a real-time automotive sensor network using two ESP32 microcontrollers running FreeRTOS and communicating via CAN bus. It handles data acquisition from multiple sensors, such as ultrasonic distance, temperature, humidity, and light levels, while employing FreeRTOS for task management and real-time performance.

Locally Sensitive Data Mule Scheduling Problem (W.I.P.)