Description
voice controlled home automation system is controlled by using Android mobile phone instead of any other method like buttons, gesture etc. Here the user only needs to spell / speak the respective voice commands in android phone to control the respective appliances to make ON/ OFF. So here android phone is used as transmitting device and Bluetooth module placed on the robot is used as receiver. Android phone will transmit command using its in-built Bluetooth at the receiving end.
Pre-requisites/Implementation Technologies
| Pre-requisites |
|---|
| 1 . BASIC ELECTRONICS |
| 2 . ARDUINO PROGRAMMING |
| Technologies |
|---|
| 1 . ARDUINO |
| 2 . BLUETOOTH |
| Hardware |
|---|
| 1 . Bluetooth Module |
| 2 . Arduino |
| 3 . L293d Board |
| 4 . Connecting wires |
| 5 . ROBOT Chassis With Motors and wheels |
Note: One kit will be provided per team for practice.
Project Development Lifecycle
| Day | Action plan | Detailed Plan |
|---|---|---|
| Day 1 | Introduction To Home Automation | Introduction to Home automation and advantages and dis-advantages, and different technologies |
| Day 2 | Bluetooth And Tools Need To configure it. Sending voice commands | Necessary tools required for the Bluetooth communication and how to connect them to your micro controller . |
| Day 3 | Arduino Programming And Bluetooth module interfacing with arduino | Arduino basic programming and Bluetooth module interfacing with Arduino in different methods |
| Day 4 | Relay Board introduction | Parts of relay board and transistor operation |
| Day 5 | Relay interfacing with Arduino | Interfacing ULN2003 Realy board with Arduino, types of Relays and interfacing protocols |
| Day 6 | Assembling and testing | Final code to put all together with Arduino |
Team Size and Price
| Team Size | Price for Team |
|---|---|
| 4 | 4000 |
Note: A team can have maximum of 4 members.