DEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN

Currently, computer vision technology is increasingly being used to help human life. One of them is the application of computer vision in facial recognition to estimate someone's age. The detection of a person's age which is implemented in this final project uses a pretrained CNN model...

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Main Author: Fadli Gunardi, Muhammad
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/77864
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:77864
spelling id-itb.:778642023-09-15T04:28:59ZDEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN Fadli Gunardi, Muhammad Indonesia Final Project Mobile application, pretrained CNN, MobileNet. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/77864 Currently, computer vision technology is increasingly being used to help human life. One of them is the application of computer vision in facial recognition to estimate someone's age. The detection of a person's age which is implemented in this final project uses a pretrained CNN model which has been fine tuned with input in the form of facial photos. The system will group the face photos into a certain age range. This grouping is intended to find out their age group. However, detecting a person's age range accurately requires choosing the right dataset and pretrained CNN model. Therefore, in this final project an experiment was carried out on a pretrained CNN model to select a pretrained model that has a high accuracy value in estimating age ranges. Furthermore, based on literature studies that have been carried out, the current application of a person's age detection system is still not practical. Some age detection systems that have been developed still require a laptop or computer to run them. Apart from that, some age detection system interfaces are still very simple, even using the command line without a GUI. Thus, the development of a mobile application for age range detection was then chosen in this final project by emphasizing an attractive user interface and a pleasant user experience. Based on the experimental results of the pretrained CNN model, MobileNet model achieved the highest accuracy value by obtaining a value of 86.17% from 597 test data. Thus, MobileNet model was chosen to be integrated into the mobile application. Furthermore, based on the results of mobile application testing, the system can fulfill all functional and non-functional requirements that have previously been defined. However, the current system cannot be used offline. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description Currently, computer vision technology is increasingly being used to help human life. One of them is the application of computer vision in facial recognition to estimate someone's age. The detection of a person's age which is implemented in this final project uses a pretrained CNN model which has been fine tuned with input in the form of facial photos. The system will group the face photos into a certain age range. This grouping is intended to find out their age group. However, detecting a person's age range accurately requires choosing the right dataset and pretrained CNN model. Therefore, in this final project an experiment was carried out on a pretrained CNN model to select a pretrained model that has a high accuracy value in estimating age ranges. Furthermore, based on literature studies that have been carried out, the current application of a person's age detection system is still not practical. Some age detection systems that have been developed still require a laptop or computer to run them. Apart from that, some age detection system interfaces are still very simple, even using the command line without a GUI. Thus, the development of a mobile application for age range detection was then chosen in this final project by emphasizing an attractive user interface and a pleasant user experience. Based on the experimental results of the pretrained CNN model, MobileNet model achieved the highest accuracy value by obtaining a value of 86.17% from 597 test data. Thus, MobileNet model was chosen to be integrated into the mobile application. Furthermore, based on the results of mobile application testing, the system can fulfill all functional and non-functional requirements that have previously been defined. However, the current system cannot be used offline.
format Final Project
author Fadli Gunardi, Muhammad
spellingShingle Fadli Gunardi, Muhammad
DEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN
author_facet Fadli Gunardi, Muhammad
author_sort Fadli Gunardi, Muhammad
title DEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN
title_short DEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN
title_full DEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN
title_fullStr DEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN
title_full_unstemmed DEVELOPMENT OF A MOBILE APPLICATION TO ESTIMATE AGE RANGE BASED ON FACIAL PHOTOS AND FINE TUNING OF PRETRAINED CNN
title_sort development of a mobile application to estimate age range based on facial photos and fine tuning of pretrained cnn
url https://digilib.itb.ac.id/gdl/view/77864
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