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Design and Implementation of a Smart Home System with Custom Sensor Nodes and Face Recognition

Type of work:

BachelorThesis

Assignment:

In this work, an open, flexible smart home system based on ESP32 sensor nodes and standard interfaces shall be developed, implemented, and evaluated. The ESP32 based sensor nodes shall provide high flexibility with regards to connectable sensors and busses. Within the system, standard communication protocols like MQTT or Matter shall be used. The system shall use a standard smart home broker like ioBroker or openHAB. Furthermore, a face recognition component shall be included for security purposes.
 

Skills:
  • C/C++ programming skills
  • Network and bus technologies
  • Python skills
 
Background:

Currently, smart home systems become more and more popular. However, many systems are proprietary and cannot be combined with components from other vendors. Matter is a new, vendor independent, and open standard for smart home applications based on modern technologies like IPv6, Ethernet, WiFi, and Thread/Zigbee. With matter, cost-efficient and vendor independent smart home systems become available. A major challenge for many users are complex rule sets for implementing specific functions. With standard applications like monitoring or access systems available, those can be easily adopted in vendor independent systems.

Supervisor:

C. De Schryver

 
Student:
Samer Chaieb
Year:

2024