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ESP32 Camera
V. CONCLUSION
A smart crib with an IoT baby monitoring system is designed and built to monitor the baby's vital parameters, such as crying, humidity, and ambient temperature. NodeMCU was used as the main control board in the construction of the project circuit, because it had a built-in Wi-Fi module, which enabled the implementation of the IoT concept in the advanced system. The need for IoT was met through NodeMCU due to its simplicity and open source environment. The completed prototype was tested using a cell phone with a baby ringtone, inserted into the womb. When the mobile phone rang for a few seconds, the cradle began to sway from the system's assumption that the baby was crying because of the noise received. A notification has been sent to the user's cellphone to indicate that the child is crying. The temperature and humidity of the surrounding area were determined by the parents' ability to control the child using mobile applications. Monitoring of real-time vision was achieved with the help of a wireless camera. The user can monitor the child with the camera's mobile app and talk to the child via a microphone built into the wireless camera.
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VI. ACKNOWLEDGEMENTS
We would like to show our gratitude to our Project Coordinators Prof.Ronak Vashi and Dr. Rajvirsinh Rana for their continuous help and monitoring during the project work. In the last we would like to thank the Birla Vishvakarma Mahavidyalaya Engineering college for providing us such an opportunity to learn from these experiences. All of our team is thankful to Prof.Ronak Vashi and Dr.Rajvirsinh Rana and all the Faculties and Staff of Department of Electronics and Communiction, BVM, for their help and support towards this project and our team. We are also thankful to our whole class and most of all to our parents who have inspired us to face all the challenges and win all the hurdles in life.
REFERENCES
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