The project is focused on creating an IoT network that involves the integration of various sensors (e.g., light, heat, temperature, pressure) to monitor physical phenomena. The network is designed to transmit data to an external infrastructure through a LowPAN Gateway using the IPv6 addressing system. The system allows for efficient data collection and transmission, simulating the operation of real-world IoT systems.
Why did you decide to make it?The project demonstrates the potential of IoT technology in monitoring physical systems and transmitting data for analysis. This integration of sensors with a network to communicate real-time data showcases the efficiency and reliability that IoT can bring to modern infrastructure.
How does it work?- Data Collection: Physical phenomena such as light, temperature, and pressure are detected by connected sensors.
- Data Transmission: The data is transmitted through a LowPAN Gateway to external infrastructure.
- IPv6 Addressing: This system employs IPv6 to manage the addressing of devices and data transmission.
- Performance Metrics: Various network metrics, such as link metrics, application metrics, and protocol metrics, are monitored to evaluate the network's efficiency and reliability.
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Fresh Graduate (B.Eng. Computer Engineering) | AI & Software Development
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