Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation

The quality of livestock products depends on how they are managed and handled. In traditional livestock management no proper records are kept to trace the medical history and production of the livestock. Furthermore, scientific analysis to improve its daily operation and management is not easy to ca...

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Main Author:	Khoshgoftar Ziyabari, Seyedeh Saeedeh
Format:	Thesis
Language:	English
Published:	2011
Subjects:	Radio frequency identification systems Livestock - Management Livestock - Automation
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id	my-upm-ir.19719
record_format	uketd_dc
spelling	my-upm-ir.197192014-06-30T06:58:47Z Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation 2011-05 Khoshgoftar Ziyabari, Seyedeh Saeedeh The quality of livestock products depends on how they are managed and handled. In traditional livestock management no proper records are kept to trace the medical history and production of the livestock. Furthermore, scientific analysis to improve its daily operation and management is not easy to carry out due to the absence of the records management system. Recently, a monitoring system is introduced for livestock management using a Low Frequency (LF) Radio Frequency System (RFID) system. The problem with this system is that it has short detection range and slower reading speed. Furthermore, it cannot support dense tag environment. It gives problems to farmers to implement this system. In this thesis, the development of an Ultra High Frequency (UHF) RFID-based embedded system for livestock management and automation is proposed. The system consists of a comprehensive database system for five kinds of animals such as cows, goats, deer, sheep, and horses. The database contains the type of disease, medication, vaccination, nutrition, history and current status of livestock. The database is developed using MySQL. In addition, the proposed system is linked to the equipments of the animal house such as lighting, temperature, food, and water container which are connected to the database system. The system is linked to the internet facilities where multiple clients and server concept is implemented. The clients can insert/retrieve data to/from database by using Graphical User Interface (GUI) which is developed using PHP. Each animal is tagged with an UHF RFID transponder. The UHF RFID system is connected to database by Application Programming Interface (API) which is designed using C# programming language. The experimental result indicates that the detection range of UHF RFID system has been increased to 116 cm as comparison to the detection range of 20 cm using LF RFID system. It can also support dens tag environment up to 1000 tags simultaneously. The API gets data from tags and save it to the database successfully. The internet multiple clients and server of the proposed system has been implemented successfully. Radio frequency identification systems Livestock - Management Livestock - Automation 2011-05 Thesis http://psasir.upm.edu.my/id/eprint/19719/ masters Universiti Putra Malaysia Radio frequency identification systems Livestock - Management Livestock - Automation Institute of Advanced Technology English
institution	Universiti Putra Malaysia
collection	PSAS Institutional Repository
language	English
topic	Radio frequency identification systems Livestock - Management Livestock - Automation
spellingShingle	Radio frequency identification systems Livestock - Management Livestock - Automation Khoshgoftar Ziyabari, Seyedeh Saeedeh Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation
description	The quality of livestock products depends on how they are managed and handled. In traditional livestock management no proper records are kept to trace the medical history and production of the livestock. Furthermore, scientific analysis to improve its daily operation and management is not easy to carry out due to the absence of the records management system. Recently, a monitoring system is introduced for livestock management using a Low Frequency (LF) Radio Frequency System (RFID) system. The problem with this system is that it has short detection range and slower reading speed. Furthermore, it cannot support dense tag environment. It gives problems to farmers to implement this system. In this thesis, the development of an Ultra High Frequency (UHF) RFID-based embedded system for livestock management and automation is proposed. The system consists of a comprehensive database system for five kinds of animals such as cows, goats, deer, sheep, and horses. The database contains the type of disease, medication, vaccination, nutrition, history and current status of livestock. The database is developed using MySQL. In addition, the proposed system is linked to the equipments of the animal house such as lighting, temperature, food, and water container which are connected to the database system. The system is linked to the internet facilities where multiple clients and server concept is implemented. The clients can insert/retrieve data to/from database by using Graphical User Interface (GUI) which is developed using PHP. Each animal is tagged with an UHF RFID transponder. The UHF RFID system is connected to database by Application Programming Interface (API) which is designed using C# programming language. The experimental result indicates that the detection range of UHF RFID system has been increased to 116 cm as comparison to the detection range of 20 cm using LF RFID system. It can also support dens tag environment up to 1000 tags simultaneously. The API gets data from tags and save it to the database successfully. The internet multiple clients and server of the proposed system has been implemented successfully.
format	Thesis
qualification_level	Master's degree
author	Khoshgoftar Ziyabari, Seyedeh Saeedeh
author_facet	Khoshgoftar Ziyabari, Seyedeh Saeedeh
author_sort	Khoshgoftar Ziyabari, Seyedeh Saeedeh
title	Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation
title_short	Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation
title_full	Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation
title_fullStr	Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation
title_full_unstemmed	Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation
title_sort	ultra-high frequency rfid-based embedded system for livestock management and automation
granting_institution	Universiti Putra Malaysia
granting_department	Institute of Advanced Technology
publishDate	2011
_version_	1747811450827571200

Ultra-high Frequency RFID-Based Embedded System for Livestock Management and Automation

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