Matyag : A Vehicle Violation Management System Utilizing Digital Ticketing and License Plate Recognition in the District of Quiapo, Manila City / Jonas Von D. Amante, David Jonathan L. De Vera, Jade Irah P. Dolz, Lester Z. Villaroya.

By:

Amante, Jonas Von D

Contributor(s):

Material type: Text

TextManila : Technological University of the Philippines, 2022Description: x, 89 pages : illustrations ; 28 cm. + 1 CD-ROM (4 3/4 in.)Content type:

text

Media type:

unmediated

Carrier type:

volume

Subject(s):

LOC classification:

BTH QA 76 A43 2022

Dissertation note: College of Science -- Bachelor of Science in Computer Science, Technological University of the Philippines, 2022. Abstract: Matyag: A Vehicle Violation Management System Utilizing Digital Ticketing and License Plate Recognition in the District of Quiapo, Manila City is a system developed to help authorized traffic personnel from specific local government units to be able to apprehend violators a lot more conveniently and in a technologically advanced manner. The system utilizes digital ticketing and license plate recognition and should be able to run in web browsers for the administrators and in android smartphones for the enforcers. Through its integration with the no contact apprehension program, the case of access of documents will be more convenient, and the rising paper waste problem and red flags such as bribery can be reduced. The system is developed using Visual Studio Code, Android Studio, Java, PHP, Laravel Framework, and MySQL. Furthermore, the researchers used TensorFlow for realtime object detection, SimpleSoftwarelO for generating QR, and InstaScan for OR scanning to demonstrate the options of payment method. The researchers used the agile methodology in developing the system. While for the testing, the researchers executed the Reliability and Portability testing and was implemented for the evaluation of variety of people including administrators, enforcers, motorists, and the like. As the researchers employed the ISO 25010 to poll the thirty (30) respondents, the procedure concluded an overall average mean of 3.55, which equivalents to "Highly Acceptable", The developed system was justifiably designed as a supplementary tool for areas that are transitioning to no contact apprehension, and specific to the district of Quiapo, Manila City.--Author's Abstract.

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Item type	Current library	Shelving location	Call number	Copy number	Status	Notes	Date due	Barcode
Bachelor's Thesis COS	TUP Manila Library	Thesis Section-2nd floor	BTH QA 76 A43 2022 (Browse shelf(Opens below))	c.1	Not for loan	For Room Use Only		BTH0003431

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Thesis (Undergraduate)

College of Science -- Bachelor of Science in Computer Science, Technological University of the Philippines,
2022.

Includes bibliographical references.

Matyag: A Vehicle Violation Management System Utilizing Digital Ticketing and License Plate Recognition in the District of Quiapo, Manila City is a system developed to help authorized traffic personnel from specific local government units to be able to apprehend violators a lot more conveniently and in a technologically advanced manner. The system utilizes digital ticketing and license plate recognition and should be able to run in web browsers for the administrators and in android smartphones for the enforcers. Through its integration with the no contact apprehension program, the case of access of documents will be more convenient, and the rising paper waste problem and red flags such as bribery can be reduced. The system is developed using Visual Studio Code, Android Studio, Java, PHP, Laravel Framework, and MySQL. Furthermore, the researchers used TensorFlow for realtime object detection, SimpleSoftwarelO for generating QR, and InstaScan for OR scanning to demonstrate the options of payment method. The researchers used the agile methodology in developing the system. While for the testing, the researchers executed the Reliability and Portability testing and was implemented for the evaluation of variety of people including administrators, enforcers, motorists, and the like. As the researchers employed the ISO 25010 to poll the thirty (30) respondents, the procedure concluded an overall average mean of 3.55, which equivalents to "Highly Acceptable", The developed system was justifiably designed as a supplementary tool for areas that are transitioning to no contact apprehension, and specific to the district of Quiapo, Manila City.--Author's Abstract.

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