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1. A
Project report
On
“IOT BASE SMART GLASSES”
Submitted to
V.P.M.P. POLYTECHNIC, GANDHINAGAR
DEPARTMENT OF COMPUTER ENGINEERING

2. PREPARED BY
 Guided By
Hardik Sir
 Developed By
1. Dhruv Patel (186540307060)
2. Krushna Patel (176540307071)
3. Jay Patel (186540307025)
4. Krish Patel (186540307077)

3. INDEX
1. INTRODUCTION
1. Introduction to current system
2. Introduction to our project
2. Overview of smart glasses
3. Working of smart glasses
4. Objectives
5. Drawbacks and Problems
6. User Benefits
7. Requirement
1. Front-end
2. Back-end
8. Future expansion
9. References
10. Conclusion

4. INTRODUCTION
 INTRODUCTION TO CURRENT SYSTEM
 Smart Glasses is the new trend in a consumer market. There are many smart glasses
systems with different features and facilities.
 All the smart glasses systems are used to control mobile phone through a remote
control. The remote control can be a stationed unit or a wireless glasses.
 The Smart glasses used for controlling phone application usually have keys or touch-
based on sensors. In this project, a smart glasses system is designed which can be
eyewear glass or spectacles.

5. INTRODUCTION TO OUR PROJECT
 Basic purpose of developing new system of smart glasses is to remove the need of the hand
held eyewear glass.
 The basic purpose of this system is to control different electronic devices with the help of
eyewear glass.
 Thus, this system will work as a remote control for operating different electronic devices
present in a daily use. We are using eyewear glasses to controlled application like phone,
laptop, etc. instead of using hand control.

6. OVERVIEW OF SMART GLASSES
Smart glasses refers to a device that brings with suitable
technology a computer screen/display in front of a person’s eyes
in order to present data from the background information
system.
The display can be projected/reflected on the lens of glasses or it
can be a separate component brought to the eye sight.

7. WORKING FLOW DIAGRAM

8. WORKING OF SMART GLASSES
1. First, command is given to glasses.
2. Then the process(command) is send to Arduino nano chip.
3. Then the data is sent to the firebase through internet, phone.
4. And the query is perform in mobile application.

9. OBJECTIVES
 The objective of smart glasses is seamlessly blend human vison
with virtual reality or world, producing a kind of ubiquitous
computer
 So that we can control mobile application independently without
any help of other Software devices

10. DRAWBACKS AND PROBLEMS
 Make people lazy and effortless
 Internet must require
 Cannot use by those people who have eye’s issues
 Easily misuse of data
 Easily broken
 High cost and maintenance

11. USER BENEFITS
 This projects contains lot of advance modules which can control voice based
 To help handicapped humans to control the mobile application
independently without any help
 Physically handicapped people can also control mobile application using
voice control
 You can control your gps, maps, calling app, messaging app etc.… from any
were in world using the smart glasses
 This feature makes life more comfortable for humans

12. REQUIREMENTS
 FRONT-END REQUIREMENTS
1. Arduino Nano
2. WIFI Module
3. Relay Module
 BACK-END REQUIREMENTS
Firebase Cloud Server

13. ARDUINO NODE
 Arduino Nano is heart of system
 Arduino has EEPROM, has 32kb
 It has 14 pins, each pin can use as a input output, operate at 5 volts
 The ATmega328 provide UART TTL (5V) serial communication, which is available on
digital pins 0 (RX) and 1 (TX).
 The Arduino Nano can be programmed with the Arduino software

14. WIFI MODULE
 WIFI Module is a self-contained SOC with integrated TCP/IP protocol stack that can give any
microcontroller access to your WIFI network.
 This module has a powerful enough on-board processing and storage capability that allows
it to be integrated with the sensors and other application specific devices through its GPIOs
with minimal development up-front and minimal loading during runtime.

15. RELAY MODULE(SWITCH)
A relay is an electrically operated switch that can be turned on or off, letting the current go through or
not, and can be controlled with low voltages, like the 5V provided by the Arduino pins.

16. FIREBASE (CLOUD SERVER)
 The Firebase Realtime Database is a cloud-hosted database. Data is stored as JSON and
synchronized in real-time to every connected client.
 When you build cross-platform apps with our iOS, Android, and JavaScript SDKs, all of your
clients share one Realtime Database instance and automatically receive updates with the newest
data.
 The Firebase Realtime Database lets you build rich, collaborative applications by allowing
secure access to the database directly from client-side code.
 Data is persisted locally, and even while offline, real time events continue to fire, giving the end
user a responsive experience.
 When the device regains connection, the Realtime Database synchronizes the local data
changes with the remote updates that occurred while the client was offline, merging any conflicts
automatically.

17. FUTURE EXPANSION
 We will implement the application which is directly connected to the firebase
which can be use anywhere at anytime.
 We will provide more command that can run everything on your mobile
application.
 We can solve the issue of the main drawback by implementing the project at
low cost.
 We can implement the eye lens sensor & voice recognition before accessing
the devices for more security.
 We can provide a offline and online services 24/7

18. REFERENCE
https://github.com/PacktPublishing/Artificial-Intelligence-with-
Python
https://www.youtube.com/c/Intellipaat
Inspire by Jarvis, Friday, Veronica(a Artificial Intelligence system)

19. CONCLUSION
 The goal of this project is to design a useful and fully functional real-world
product that efficiently translates the movement of the eye for the mobile
application.
 Our motivation is to help differently able people to control the electronic
appliances more easily.
 The IOT BASED SMART GLASSES (ICEBERG) system also teaches people to
learn the different command and it uses a glove to recognize the eye
position and gives the outputs to controls the electronic devices like mobile,
tablets, computer, laptop etc.

20. Mr. Hardik Patel
Mentor
Jay Patel
186540307025
Dhruv Patel
186540307060
Krish Patel
186540307077