HOME AUTOMATION FOR ELDERLY & DISABLED Elderly and disabled people faces many challenges and home automation can play an important role in making their lives easier. This can enhance independence . Our FYP is IoT based home automation system that uses Ar
Home Automation
HOME AUTOMATION FOR ELDERLY & DISABLED
Elderly and disabled people faces many challenges and home automation can play an important role in making their lives easier. This can enhance independence .
Our FYP is IoT based home automation system that uses Arduino Uno, Bluetooth module HC 05,1N4007 diode, 2n2222 Bipolar Transistor, relays and 220V AC voltage source. Using these equipments home automation project can control home appliances like fans, lamps, motor etc. This methodology is implemented in such a manner that it works with artificial intelligence. In addition this system is controlled by using android app (by connecting android app to Bluetooth module of the project).
We are also adding an eye blink detection technology in our project (to control home appliances).This will help people who have locked-in syndrome(a disease in which patients can not move their body but can only blink their eyes and their mental function are not affected), this technology uses IR glass and IR sensor,the purpose of this blink sensor is to sense an eye blink in real time. This system analyses eye blink and differentiate between an intentional blink and normal eye blink.
Our FYP is the best option for those who have trouble with mobility. Furthermore controlling lighting fom everywhere with the help of smartphone saves electricity and ensure energy efficiency.
This system will also be able to bring good stability in daily life routine for disabled people people.
Objective of our FYP are
1) To make arduino based home automation system which can be controlled by android app to help elderly & disabled people.
2)To help people who have locked-in syndrome by adding eye blink detection technology in our project( they'll be able to control home appliances through eye blink)
3)Our Project focuses on making it possible for elderly and disabled people to stay at home safe and comfortable.
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The project implementation will be based on the following flow;
Elderly and disabled people faces many challenges but the life of patients of locked-in syndrome is more challenging because they can not move their body but can only blink their eyes and their mental function are not affected.
Our project can be the best option for both of them because using this type of home automation system elderly and disable people can control home appliances using their smartphones and patients of locked-in syndrome can control home appliances by eye blink.
In this project initially arduino uno will be programmed according to the project then we will connect bluetooth module HC05,1N4007 diode,2N2222 Bipolar transistor, relays, 20V AC Voltage source and electrical appliance i.e fans, lamps, motor and IR glass and IR sensor to arduno uno. Then we will connect this whole system with android app through bluetooth. In this way our project will be able to control home appliances through android app and eye blink detection sensor.
| Elapsed time in (days or weeks or month or quarter) since start of the project | Milestone | Deliverable |
|---|---|---|
| Month 1 | simulation of project | Circuit design |
| Month 2 | Developing android app | Numerical designing |
| Month 3 | Connecting Bluetooth Module of simulated project with android app | User interface |
| Month 4 | Buying equipment and wires | To start the hardware project |
| Month 5 | Programming of Arduino Uno | Microprocessor |
| Month 6 | Equipment Analysis | Testing |
| Month 7 | Connecting different equipment with Arduino Uno | Integrated Circuit |
| Month 8 | Analyzing the whole circuit manually | testing |
| Month 9 | buying IR sensor | To add eye blink detection technology in the project |
| Month 10 | connecting IR sensor with Arduino Uno | Eye blink detection technology in hardware |
| Month 11 | Connecting android app with Bluetooth Module of the project | user interface |
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