Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim

This project is about recognizing hand gesture for sign language using backpropagation (BP) algorithm that is one of the training algorithms used in the Artificial Neural Network (ANN). A study on the research and development of the previous project based on pattern recognition has been done a...

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Main Author: Ibrahim, Erman
Format: Thesis
Published: Faculty of Computer and Mathematical Sciences 2007
Subjects:
Online Access:http://ir.uitm.edu.my/id/eprint/725/
id uitm-725
recordtype eprints
spelling uitm-7252017-08-15T09:21:08Z http://ir.uitm.edu.my/id/eprint/725/ Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim Ibrahim, Erman System design This project is about recognizing hand gesture for sign language using backpropagation (BP) algorithm that is one of the training algorithms used in the Artificial Neural Network (ANN). A study on the research and development of the previous project based on pattern recognition has been done as a result selected; method, theory and techniques will be gathered in order to perform a hand gesture for sign language recognition system. The usefiil information can be used as a basic idea towards project methodology whereby a detail development process presented. Hand images are gathered from ten (10) selected persons using digital camera (2.0 mega pixels) and for pvirpose of the study frontal view is only hand area covered. The image processing tools are used to process the image with regards to enhance the image and to extract useful information. The useful information will be fed to the ANN whereby the BP training algorithm will be performed in order to extract the knowledge of the image that is the final weight. To ensure the performance of the system, a number of experiments are done by adjusting the parameters of the BP training algorithm. The result of the experiment shows the percentage of successful recognition. Finally, the BP algorithm has been prove as a method that can be used for recognizing hand gesture for sign language and the successful task of recognition also dependent an the hnage processing. As a result, the two layer networks with 2500 input neurons, 50 hidden neurons and 3 output neurons. In the end of research project period, found out that the result from both neural network models is excellent where the accuracy rate for the first network is 96. 25% and for the second network is 80%. Therefore all of the objectives in this research project have been achieved. Faculty of Computer and Mathematical Sciences 2007 Thesis NonPeerReviewed Ibrahim, Erman (2007) Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim. Degree thesis, Universiti Teknologi MARA.
repository_type Digital Repository
institution_category Local University
institution Universiti Teknologi MARA
building UiTM Institutional Repository
collection Online Access
topic System design
spellingShingle System design
Ibrahim, Erman
Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim
description This project is about recognizing hand gesture for sign language using backpropagation (BP) algorithm that is one of the training algorithms used in the Artificial Neural Network (ANN). A study on the research and development of the previous project based on pattern recognition has been done as a result selected; method, theory and techniques will be gathered in order to perform a hand gesture for sign language recognition system. The usefiil information can be used as a basic idea towards project methodology whereby a detail development process presented. Hand images are gathered from ten (10) selected persons using digital camera (2.0 mega pixels) and for pvirpose of the study frontal view is only hand area covered. The image processing tools are used to process the image with regards to enhance the image and to extract useful information. The useful information will be fed to the ANN whereby the BP training algorithm will be performed in order to extract the knowledge of the image that is the final weight. To ensure the performance of the system, a number of experiments are done by adjusting the parameters of the BP training algorithm. The result of the experiment shows the percentage of successful recognition. Finally, the BP algorithm has been prove as a method that can be used for recognizing hand gesture for sign language and the successful task of recognition also dependent an the hnage processing. As a result, the two layer networks with 2500 input neurons, 50 hidden neurons and 3 output neurons. In the end of research project period, found out that the result from both neural network models is excellent where the accuracy rate for the first network is 96. 25% and for the second network is 80%. Therefore all of the objectives in this research project have been achieved.
format Thesis
author Ibrahim, Erman
author_facet Ibrahim, Erman
author_sort Ibrahim, Erman
title Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim
title_short Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim
title_full Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim
title_fullStr Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim
title_full_unstemmed Static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / Erman Ibrahim
title_sort static image of hand gesture for numerical sign language recognition system using backfrofagation neural network / erman ibrahim
publisher Faculty of Computer and Mathematical Sciences
publishDate 2007
url http://ir.uitm.edu.my/id/eprint/725/
first_indexed 2023-09-18T22:44:56Z
last_indexed 2023-09-18T22:44:56Z
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