A new 3D Eyeball Tracking System
In 3D eyeball tracking system, major task is to track the movement of eyeball. user will be sitting infront of webcam and system will track his eyeball movement followed by face detection. The ultimate goal is to determine where the user is looking. Our system will behave like real-time application
Project Title
A new 3D Eyeball Tracking System
Project Area of Specialization
Project Summary
In 3D eyeball tracking system, major task is to track the movement of eyeball. user will be sitting infront of webcam and system will track his eyeball movement followed by face detection. The ultimate goal is to determine where the user is looking. Our system will behave like real-time application that it will detect straight away the movement of eyeball. In our proposed system a high quality webcamera is used to detect the movement of the eyeball. It will have fast detection rate as it will detect eyeball within seconds.
Project Objectives
Following are the objectives of our project:
- To design and implement the system that will track the movement of eyeball.
- Design a system that will be easy to setup.
- Enhancing human computer interaction by using eyes for navigation and controls.
- Introducing eyeball tracking techniques in various fields like entertainment, games, web designing etc.
Project Implementation Method
We are dealing with right, left, up and down movement of eyeball. User will sit in front of system; system will use webcam to take snap of user and apply noise removal techniques to enhance the quality of image. As eyes are feature of face, so we first need to detect face and then extract eye pair from it for processing. Before going to track eyeball, we are required to track eyeball; for this system will detect the eyeball and also give its centroid which is pupil. For tracking we have used three sub features of eye i.e. pupil, eye corners and eyelids. System will detect eye corners and both upper and lower eyelids to carry out tracking. Now these features are used to calculate position of eyeball. System will calculate distance of pupil from corners and eyelids and identify gaze position.
Benefits of the Project
following are the benefits of 3d eyeball tracking system:
- It can be used in human computer interaction, to give particular input to the computer via eyes
- It can be used for navigation and control in gamming world
- Opens up new fields of research
- It can be used in medical field for diagnosing eye disorders
Technical Details of Final Deliverable
Eye movements can be used as an input medium in human computer interaction, specially for people with physical disability. In order to provide more convenient communation, we developed a 3D eyball tracking systemm that combines both the mouse function and keyboard functions for users practice almost all inputs without using any input device. We proposed 3D eye model to extract sub features of eye i.e. eye corners, eyelids and the 3D pupilmwhich serves as a reference to identify points in locating eyeball positions.
Final Deliverable of the Project
Type of Industry
Technologies
Sustainable Development Goals
Required Resources
| Item Name | Type | No. of Units | Per Unit Cost (in Rs) | Total (in Rs) |
|---|---|---|---|---|
| webcam(Logitech C922) | Equipment | 1 | 13000 | 13000 |
| Total in (Rs) | 13000 |
If you need this project, please contact me on contact@adikhanofficial.com
Image Classification using deep learning network
The purpose of this project is to develop a deep learning classification algorithm which i...
Real-Time Fault Detection Localization & Alternate (Wireless, trad...
As we have read, Losses (transmission line) does not occur in only the ideal system, but w...
IOT Bases Weather Reporting System
?we propose a smart weather reporting system over the internet. Our proposed system allows...
Fingerprint voting system
In this project everyone can easily access. Through this no cheating. There is no need of...
Design of an Emulator to Control the Packet Loss and Delays for Remote...
Today, a large amount of data is transferred over long distances due to an increased numbe...