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www.scse.ntu.edu.sg Dynamic Energy Monitoring for Smart Devices using IoT Technology Used: • IoT - Internet of Things • Mesh Network Raspberry Pis are WiFi access points, and Aduinos are end devices. In this mesh network, every node can communicate with each other directly. As a result, Even the Arduino change the connection; the data will still transmit to the master Raspberry Pi in a real-time manner. • Wireless power monitoring within a mesh network • Monitoring device are interconnected • Mesh network increase the coverage area • Real time power analysis and plotting with Grafana Student: Liu Zhiwei | Supervisor: Associate Professor Arvind Easwaran

Dynamic Energy Monitoring for Smart Devices using IoTscse.ntu.edu.sg/NewsnEvents/PublishingImages/SCSEFYP/Apr2019/… · Dynamic Energy Monitoring for Smart Devices using IoT Technology

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Page 1: Dynamic Energy Monitoring for Smart Devices using IoTscse.ntu.edu.sg/NewsnEvents/PublishingImages/SCSEFYP/Apr2019/… · Dynamic Energy Monitoring for Smart Devices using IoT Technology

www.scse.ntu.edu.sg

Dynamic Energy Monitoring for Smart Devices using IoTTechnology Used:• IoT - Internet of Things• Mesh Network

Raspberry Pis are WiFi access points, and Aduinos are end devices. In this mesh network, every node can communicate with each other directly. As a result, Even the Arduino change the connection; the data will still transmit to the master Raspberry Pi in a real-time manner.

• Wireless power monitoring within a mesh network

• Monitoring device are interconnected

• Mesh network increase the coverage area

• Real time power analysis and plotting with Grafana

Student: Liu Zhiwei | Supervisor: Associate Professor Arvind Easwaran