Abstract
In today's world, technology has the power to make life easier for everyone, including those with disabilities. The prototype includes the installation of various smart devices, such as automated entrance system, smart thermostats, smart leakage sensors, and automated lighting systems. Three individual nodes namely home access, gas detection, light automation and fall detection are proposed which are connected to a master node. A RFID card is used to access the entry gate at node 1. The second node detects LPG and carbon monoxide. When the sensors detect gas above threshold value, buzzer goes off alerting everyone. Temperature and humidity values are displaced on their OLED watch screen and speed of lights and fan using the relay. The third node detects a person’s falls that will send notification to the emergency contact via Telegram and WhatsApp. All the three nodes are connected with the master node using ESP-01. The user can be instantly notified about any unusual event on their watch using ESP-NOW.
Recommended Citation
Mukherjee, Saptarshi; Saha, Ankita; Das, Debanjana; Das, Arpita; Sengupta, Rimi; and Chatterjee, Abir
(2024)
"Accessible Home: Empowering Disability with Smart Home Automation,"
American Journal of Science & Engineering (AJSE): Vol. 4:
Iss.
2, Article 1.
Available at:
https://research.smartsociety.org/ajse/vol4/iss2/1