Implementation of Wheelchair Controller using Eyeball Movement for Paralytic
Journal Title: International Journal of Engineering Sciences & Research Technology - Year 30, Vol 2, Issue 4
Abstract
movement. In this method we use sensor based eyeball tracking system to control powered wheelchair. Eyeball sensor will generate distinct range of values for each position of eyeball (i.e. left, right, straight). Thi concept can be used for multiple applications, but this paper focuses the application to mobile and communication aid for paralytic people. The proposed system involves two stages; first eyeball tracking and second sending of control signals to the arduino controlled wheelchair.
Authors and Affiliations
A. Kamaraj
Keywords
Related Articles
- EP ID EP90197
- DOI -
- Views 86
- Downloads 0
DETECTION AND CHARACTERIZATION OF VOLTAGE SAG USING WAVELET TRANSFORM
This paper presents a new technique for detecting and characterizing voltage sag in power systems based on wavelet transforms. Using the first detail wavelet coefficients, voltage sag characteristics are extracted...
Purchasing Behavior of the Customer Using Co-Miner Algorithm
In the extended world, the competition is becoming more and more sweltering comparing with similar products that have the same features to the consumers who are about to purchase a certain product. The paper cons...
GAUSSIAN INTEGER SOLUTIONS FOR THE ELLIPTIC PARABOLOID 풙 ퟐ + ퟐ 풚 ퟐ = ퟒ풛
The elliptic paraboloid represented by the ternary quadratic diophantine equation 푥 2 + 2 푦 2 = 4 푧 is considered and analyzed for its Gaussian integer solutions. Also, knowing a solution, general formula...
A Comparative Study of Different Inpainting Techniques
The inpainting method is popular for various applications like images,videos multimedia etc. the inpainting can be helpful for the hiding the useful information from the source it can be used in security purpose,...
Simulation of Interleaved Boost Converter Using Closed Loop Fuzzy Logic Controller
Interleaved power converters can be very beneficial for high performance electrical equipment applications. Reductions in size and electromagnetic emission along with an increase in efficiency, transient response,...