使用 Python 和 PyQt,利用 RTL-SDR 和 Raspberry Pi 设计船舶监控桌面应用程序和 AIS 数据存储器

Muhammad Abiraihan, Rizkayeni Marta, Syukhri, H. Saputra
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引用次数: 0

摘要

本研究旨在利用 Realtek 软件无线电(RTL-SDR)和树莓派(Raspberry Pi)设备,开发一个用于监测船舶和存储自动识别系统(AIS)数据的桌面应用程序。采用的开发方法是瀑布模型,使用 Python 和 PyQt 作为主要编程语言。对应用程序进行了黑盒测试,包括 AIS 信息解码、实时监控、历史数据存储和数据统计分析等方面。测试结果表明,该应用程序成功地解决了简单 AIS 接收器所面临的挑战,通过准确解码 AIS 信息、实时监控船舶航行、将 AIS 数据存储为历史数据以及提供翔实的统计数据,实现了研究目标。尽管有些滞后,尤其是在 Raspberry Pi 设备上,但该应用程序在提高准确性和功能性方面做出了积极贡献。进一步的评估、技术更新以及与其他设备的集成有望提高应用程序的性能。Python 和 PyQt 的使用为进一步开发提高船舶导航系统质量奠定了基础。建议在今后的研究中涉及其他 AIS 信息类型的解码,并考虑建立一个船舶航行模拟系统,以实现交互式用户体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perancangan Aplikasi Desktop Monitoring Kapal dan Penyimpanan Data AIS dengan RTL-SDR dan Raspberry Pi Menggunakan Python dan PyQt
This research aims to develop a desktop application for Monitoring Ships and storing data from the Automatic Identification System (AIS) utilizing Realtek Software Defined Radio (RTL-SDR) and Raspberry Pi devices. The development method employed is the waterfall model, using Python and PyQt as the main programming languages. Black-box testing was conducted on the application, covering aspects such as decoding AIS messages, real-time monitoring, historical data storage, and statistical analysis of the data. The test results indicate that the application successfully addresses challenges faced by the simple AIS receiver, achieving the research objectives by accurately decoding AIS messages, monitoring ship journeys in real-time, storing AIS data as historical data, and presenting informative statistical data. Despite some lag, especially on the Raspberry Pi device, the application contributes positively with improved accuracy and functionality. Further evaluation, technological updates, and integration with other devices are expected to enhance the application's performance. The use of Python and PyQt provides a foundation for further development to enhance the quality of ship navigation systems. It is recommended to involve the decoding of other AIS message types in future research and to consider building a ship journey simulation system for an interactive user experience.
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