Centralized Database System For Automated Hearing Screening
Centralized database software enables simultaneous updates from multiple queries containing data from different machines. It enables the data to be stored safely in a centralized location. Based on the related research work on PC based Automated Hearing Screening kit which store the test results in...
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| Main Author: | |
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| Format: | Thesis |
| Language: | English |
| Published: |
2014
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| Subjects: | |
| Online Access: | http://eprints.utem.edu.my/id/eprint/16214/1/Centralized%20Database%20System%20For%20Automated%20Hearing%20Screening%2024%20Pages.pdf |
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| Summary: | Centralized database software enables simultaneous updates from multiple queries containing data from different machines. It enables the data to be stored safely in a
centralized location. Based on the related research work on PC based Automated Hearing Screening kit which store the test results in local storage, it may have problem
to perform the data collection from different location of test centers. The main objective of this project is to extend the capabilities of the kit into centralized database
architecture for easy access of the test results from multiple test centers locations. The proposed methods used in this project involved database structure design through user requirements analysis, defining data type for each entities and modeling the database using entity relationship diagram (ERD). Web application interface has been proposed in this project as a method to extract the test results from the database. The PC based Automated Hearing Screening kit also has been redesigned in term of user interface and the functionality to submit the data to the centralized database has been added. As part of the project results, the SQL injection test has been performed on web application interface and the web application successfully passed the test by sanitizing user input in the web application. An End User test has been conducted at Audiology & Speech Sciences Clinic, Universiti Kebangsaan Malaysia with 9 participants involved. All participants passed the hearing screening test for the left and right ear
except for 1 participant unable to conduct right ear test due to the detected ambient noise level in the test room beyond the permissible level. As the conclusion the
objective of this project has been fulfilled and the capabilities of original PC based Automated Hearing Screening kit has been successfully extended based on the results presented in this report. |
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