船用雷达信号采集与处理系统的研制

A. Awaludin, G. A. Nugroho, Sahirul Alam, F. K. Dwi, R. Yuwono
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引用次数: 1

摘要

通常用于船舶导航的船用雷达。如今,这种雷达的应用已经扩展到另一个领域。对于进一步的应用,一些船用雷达有一些局限性,如单色显示,需要新的信号采集和处理。本研究开发了以Furuno x波段船用雷达1932 Mark-2为基础的船用雷达信号采集与处理系统。开发的工具由船用雷达信号调理、ADC和船用雷达信号处理组成。该信号处理系统具有信号回波强度可视化、增益控制、海杂波控制和雨杂波控制等功能。对信号处理系统进行了仿真测试。结果表明,全增益和半增益的图形用户界面显示与船用雷达显示单元视图非常相似。海、雨杂波控制试验结果表明,海、雨杂波对近回波的抑制作用大于对远回波的抑制作用。虽然创建映像所需的时间仍然需要改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of marine radar signal acquisition and processing system
Marine radar commonly used for ship navigation. Nowadays, utilization of this radar to another application has expanded. For further applications, several marine radars have some limitations such as monochrome display and require new signal acquisition and processing. This research developed marine radar signal acquisition and processing system based on Furuno x-band marine radar 1932 Mark-2. The developed tool consist of marine radar signal conditioner, ADC and marine radar signal processing using Matlab. This signal processing system display provide signal echo strength visualization, gain control, sea clutter control and rain clutter control. The simulation test was conducted to test the signal processing system. The result was the GUI display at full and half gain are quite similar with marine radar display unit view. The sea and rain clutter control test results were relevant with its function in reducing more close echoes rather than far echoes. While the time required for creating an image is still need for improvement.
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