某雷达远程监控系统的研究与实现
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摘要
随着雷达系统性能的提升、功能的完善,其控制参数也越来越多,系统复杂性也随之提高,带来的后果就是可靠性下降。这就对现有的雷达提出了进一步的要求:及时了解雷达各个分系统的工作状态,并对其中存在的故障进行定位、解决,提高雷达的可用度、可靠性,也是用户的要求。本文对远程监控系统从硬件和软件部分分别进行了设计及实现,通过硬件和软件的相互融合,可以及时了解远距离外的雷达状况,对雷达各分系统进行实时监控,并在有故障发生时,能快速对故障进行定位,随着数据库的不断完善,更是可以快速对故障进行排除。
With the improvement of the performance and functions of radar systems,their control parameters are increasing and the complexity of the systems is also increasing. Therefore,system reliability is decreasing. This fact calls for timely understanding of operating states of each radar subsystem and fault location and removal. In this way,availability and reliability of the radar can be improved,which is also a requirement of the user. In this paper,the hardware and software components of a remote monitoring system are designed and implemented. Through integration of hardware and software,states of radar at a long distance can be obtained in time; radar subsystems can be monitored in real time; and a fault can be located in short time if it occurs. With continuous improvement of its database,the system can be used to remove faults quickly in near future.
With the improvement of the performance and functions of radar systems,their control parameters are increasing and the complexity of the systems is also increasing. Therefore,system reliability is decreasing. This fact calls for timely understanding of operating states of each radar subsystem and fault location and removal. In this way,availability and reliability of the radar can be improved,which is also a requirement of the user. In this paper,the hardware and software components of a remote monitoring system are designed and implemented. Through integration of hardware and software,states of radar at a long distance can be obtained in time; radar subsystems can be monitored in real time; and a fault can be located in short time if it occurs. With continuous improvement of its database,the system can be used to remove faults quickly in near future.
引文
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[3]孙春龙.基于Lab VIEW多通道数据采集分析系统开发[D].武汉:武汉大学,2004.
[4]邹兵,杜松怀,施正香,等.基于以太网和移动平台的奶牛场环境远程监控系统[J].农业机械学报,2016,47(11):304-305.
[5] Ewald Hartmut,Page George F. Performing Experiments by Remote Control Using the Internet[J].Global J. of Engng. Educ,2000,4(3):287-292.
[2]周慧德,许昀,尤路.基于CAN总线的雷达监控系统设计[J].空军预警学院学报,2017,31(2):94-97.
[3]孙春龙.基于Lab VIEW多通道数据采集分析系统开发[D].武汉:武汉大学,2004.
[4]邹兵,杜松怀,施正香,等.基于以太网和移动平台的奶牛场环境远程监控系统[J].农业机械学报,2016,47(11):304-305.
[5] Ewald Hartmut,Page George F. Performing Experiments by Remote Control Using the Internet[J].Global J. of Engng. Educ,2000,4(3):287-292.