Faculty Supervisor
Dr. Rachel Jiang
Co-supervisor
Dr. Abdul Mustafa
Date of Defense
Winter 11-8-2020
Program Name
Honours Bachelor of Computer Science (Mobile Computing)
School
Applied Computing
Keywords
American sign language, MATLAB, deep learning, convolutional neural net-work, models, ASL data set, computer vision, transfer learning, WL-ASL
Department
Faculty of Applied Science & Technology (FAST)
Description
A solution to gesture recognition: Applying the current state of the art recognition algorithms to detect over 2000 phrases.
Abstract
ASL speaking individuals always bring a companion as a translator [1]. This creates barriers for those who wish to take part in activities alone. Online translators exist however, they are limited to the individual characters instead of the gestures which group characters in a meaningful way, and connectivity is not always accessible. Thus, this research tackles the limitations of existing technologies and presents a model, implemented in MATLAB 2020b, to be used for predicting and classifying American sign language gestures/characters. The proposed method looks further into current neural networks and how they can be utilized against our transformed World Largest { American Sign Language data set. Resourcing state of the art detection and segmentation algorithms, this paper analyzes the efficiency of pre-trained net-works against these various algorithms. Testing current machine learning strategies like Transfer Learning and their impact on training a model for recognition. Our research goals are 1. Manufacturing and augmenting our data set. 2. Apply transfer learning on our data sets to create various models. 3. Compare the various accuracies of each model. And finally, present a novel pattern for gesture recognition.
Copyright
© Muhammad Murtaza Saleem
Terms of Use
Terms of Use for Works posted in SOURCE.
Creative Commons License
This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License.
Recommended Citation
Saleem, Muhammad Murtaza, "Deep Learning Application On American Sign Language Database For Video-Based Gesture Recognition" (2020). Student Theses. 2.
https://source.sheridancollege.ca/fast_sw_mobile_computing_theses/2