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iothings:proiecte:2023:tempandmonitorsystem [2023/12/12 17:04] andrei.ulmamei change alignment |
iothings:proiecte:2023:tempandmonitorsystem [2024/01/08 14:57] (current) andrei.ulmamei added presentation |
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Master: ACES II \\ | Master: ACES II \\ | ||
Git repository: https://gitlab.upb.ro/aulmamei/iot-project \\ | Git repository: https://gitlab.upb.ro/aulmamei/iot-project \\ | ||
- | Demo link: To be added \\ | + | Demo link: [[https://drive.google.com/file/d/1Cp1NUnDxHuX82SSxTeIZHgxlJRuXop-W/view?usp=sharing|Demo]] \\ |
+ | Presentation: {{:iothings:proiecte:2023:iot_au.pdf|Presentation}} | ||
======Project Description====== | ======Project Description====== | ||
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The schematic was realized using KiCad (https://www.kicad.org/). | The schematic was realized using KiCad (https://www.kicad.org/). | ||
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+ | The hardware with all the components connected can be seen below: \\ | ||
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+ | {{:iothings:proiecte:2023:hw.jpeg?700x400}} | ||
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======Software architecture====== | ======Software architecture====== | ||
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======Conclusion====== | ======Conclusion====== | ||
+ | In conclusion, the ESP32 is a very suited hardware component for IoT applications, due to it's hardware integration of Wi-Fi and Bluetooth. The usage of Firebase was really facile, due to the multitude of internet examples. \\ | ||
+ | The most difficult task while creating this project was to understand the infrared commands that were coming from the remote control of the A/C unit. | ||
======Bibliography====== | ======Bibliography====== | ||