A Fully Automated Real Time Monitoring System
ABSTRACT
The system is entitled Radio Frequency- Based Identification System. This study focused on the development and implementation of an automated identification system for school based. This study aimed to document the deigned including the input, process and output of the system and evaluates the performance of the design in terms of efficiency, durability, accuracy and sensitivity. The evaluation of the acceptability level of the designed project was also focused in this study, in terms of functionality and suitability, package design, cost effectiveness and the operation procedure and was evaluated. The design project made use of descriptive research deign in gathering all the necessary information. Descriptive- evaluation design was also used in order to determine the performance of the design. The participants were experts in the field of computer and electronics. The block diagrams and circuit diagrams were tools used for analyzing data. The study revealed the findings of the design; a prototype was developed for the Radio Frequency- Based Identification System and documented. The result of the performance evaluation that was evaluates by the chosen experts was rated based on the presentation during the evaluation. Base on the market price the total cost of the materials used in constructing the design will only cost 6, 185.00. Interfacing new features and application for enhancement is applicable. The operator’s manual will help and guide the user to use the system.
The study was concluded based on the findings that were revealed on the study. The recommendation was given by the researcher for the enhancement of the application of the design project.
TABLE OF CONTENTS
Pages
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TITLE PAGE i
ACKNOWLEGDEMENT ii
ABSTRACT iii
LIST OF FIGURE vii
LIST OF TABLES viii
CHAPTER 1 1 THE
The system is entitled Radio Frequency- Based Identification System. This study focused on the development and implementation of an automated identification system for school based. This study aimed to document the deigned including the input, process and output of the system and evaluates the performance of the design in terms of efficiency, durability, accuracy and sensitivity. The evaluation of the acceptability level of the designed project was also focused in this study, in terms of functionality and suitability, package design, cost effectiveness and the operation procedure and was evaluated. The design project made use of descriptive research deign in gathering all the necessary information. Descriptive- evaluation design was also used in order to determine the performance of the design. The participants were experts in the field of computer and electronics. The block diagrams and circuit diagrams were tools used for analyzing data. The study revealed the findings of the design; a prototype was developed for the Radio Frequency- Based Identification System and documented. The result of the performance evaluation that was evaluates by the chosen experts was rated based on the presentation during the evaluation. Base on the market price the total cost of the materials used in constructing the design will only cost 6, 185.00. Interfacing new features and application for enhancement is applicable. The operator’s manual will help and guide the user to use the system.
The study was concluded based on the findings that were revealed on the study. The recommendation was given by the researcher for the enhancement of the application of the design project.
TABLE OF CONTENTS
Pages
`
TITLE PAGE i
ACKNOWLEGDEMENT ii
ABSTRACT iii
LIST OF FIGURE vii
LIST OF TABLES viii
CHAPTER 1 1 THE
References: On November 12, 2004 a new RFID-based system for scanning baskets in a retail outlet has been developed and shown for the first time in the Philippines, according to the South Africa-based retail goods scanning system provider Trolley Scan