Room Navigator
Contents
Project Overview
Description
The goal of this project is to provide a way to aid the blind and blind-deaf in navigating through a room. Our goal is to create a device and a sensor that will help lead the blind and blind-deaf to devices or objectives, such as a door or help them find their phone. There will be some device that helps triangulate the position of the person in the room and uses that to measure the distance away from the objective. Also, there will be a way for a blind or blind-deaf person to understand which direction they need to move to reach the objective.
Team Members
Alexander Armour
Neal Bansal
Elizabeth Gikas
Nate Schmettre (TA)
Jim Feher (instructor)
Objectives
- Figure out how to use motors and FM radio modules with Arduino
- Develop a method using the FM radio module signal strength to accurately calculate the position of the person in the room
- Figure out how to use vibration motors with Arduino
- Provide helpful output to lead the blind or blind-deaf person to the door
Challenges
Finding a way to accurately calculate position in a room
- Do we use bluetooth, FM radio arduino module, or infrared sensors?
- These methods will tell us how strong the signal is. How do we compute distance in a room from the signal strength?
Using Infrared Method
- How do we find distance given the signal strength reading from the IR receiver?
- How do we make sure they are being led in the right direction?
Providing output to the user that is easy to follow
- Is changing intensity of vibration enough to lead them in the right direction?
Learning new coding skills
- Coding the Arduino, FM module, and motors
Security
- Blind people would rely heavily on this device. How do we ensure it cannot be hacked into and tampered with?
User Friendly
- How will we make the controller something easy for the user to carry?
Budget (Subject to Change)
- 3-4 Arduinos, jump wires and power supplies (From the Lab)
- 8 Infrared receiver for Arduino, $1.95 each, $15.60 total (Link)
- Infrared LEDs, 50 for $6.68, (Link)
- 60 Resistors for $2.85 (Link)
- 3-4 Vibrating Motors, $10.99 for 15 motors (Link)
- Total: $36.12
