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Integrated Port eManagement and Monitoring System Using Radio Frequency Identification

机译:使用射频识别的集成端口电子管理和监控系统

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Transportation is an essential aspect to a developing country bringing service to all the people even in the countryside. The purpose of this study is to automate port services in monitoring and supervising the increasing number of passengers, improve port services like tracing passenger, ship crew members and generating real time voyage reports. The target output of the study is to produce system features of having integrated modules for passenger ticketing, check-in/boarding, baggage billing, and tracking appropriate passenger accommodation. RFID was used in identifying and authenticating passenger tags supported by Electronic Product Code (EPC) Class 1 Gen2 standard. The hardware components were interfaced using computer program modules for monitoring passenger accommodation. The passenger ticketing was developed as a web-based application using PHP, MySQL, CodeIgniter with online booking. System testing was successfully conducted to validate the performance of the sensor and the UHF reader used for better analysis and interpretation of the desired features as designed. The report print-out generated in a form of manifest or list of passengers correspond to the embarkation and disembarkation process. The result of the experiment in a ship environment setup showed localization of using RFID technology suited to improve services at the port area.
机译:运输是发展中国家向所有人甚至农村地区提供服务的重要方面。这项研究的目的是使港口服务自动化,以监视和监督越来越多的乘客,改善港口服务,例如追踪乘客,船员并生成实时航行报告。研究的目标输出是产生具有集成模块的系统功能,这些模块用于旅客票务,登机/登机,行李计费以及跟踪适当的旅客住宿。 RFID用于识别和认证电子产品代码(EPC)1类Gen2标准支持的乘客标签。使用计算机程序模块对硬件组件进行接口,以监控乘客的住宿情况。使用PHP,MySQL,CodeIgniter和在线预订功能,将客票开发为基于Web的应用程序。成功进行了系统测试,以验证传感器和用于更好地分析和解释所需功能的UHF读取器的性能。以旅客舱单或清单的形式生成的报告打印输出对应于登船和登船过程。在船舶环境中进行的实验结果表明,使用RFID技术的本地化适用于改善港口地区的服务。

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