论文部分内容阅读
据JED杂志报道.他们有机会详细了解了正在由英国防卫研究局的电子战分部从事的地面电子战系统开发工作.这项工作的中心内容是概念产生,评估与建模,系统研究与设计.技术论证样机的建造,设备试验,计划支持,以及支援“应急作战”时提供“快速反应”能力.该机构可以通报如下情况:过去10年来,他们有8套地面系统计划已交英国部队使用,而且,他们正在“全面支持”四项现行的计划.与此有关的方面包括通信和雷达ESM.通信/雷达对抗.就通信ESM而言.上述计划包括:在密集环境中“非常规”的信号处理方法,改进测向性能的超分辨率技术(包括“新的坚固”处理算法的研究)和开发能有效地对付最新一代战场无线电(包括储频器)的ESM技术.据悉,该部门还正在进行一项计划,这一计划将使一个技术论证样机系统进入外场.雷达ESM方面的工作业已为英国陆军的非通信用的两个电子战系统提供了基础.目前.作包括信号特征表述的研究,AI在信号处理中的应用.对截获数据的分析与显示技术,传感器/系统建模技术.在AI领域,他们已研究出一种辐射源识别技术.且声称.这种技术用起来“显著”好于经典方法.而在建模方面所引举的例子是RADSEP工具,其中包括一个在地形障碍物影响下传播损耗的验证模型.配合其它辅助性工具用时.RADSEP还能提供详细的脉?
According to the JED magazine, they have had a chance to learn more about the development of the ground-based electronic warfare system being conducted by the UK Defense Research Agency’s Electronic Warfare Division, centered on concept generation, evaluation and modeling, systems research and design .Technical demonstration Prototype construction, equipment testing, planning support, and “quick response” capabilities in support of “contingency operations.” The agency can communicate the following: Over the past 10 years, they have eight ground-based systems planned for use by the British Forces , And they are “fully backing” the four current plans, with aspects related to communications and radar ESM, communications / radar confrontation, for communications ESM, which include “unconventional” Signal processing methods, super-resolution techniques that improve direction finding performance (including the study of “new and robust” processing algorithms) and the development of ESM techniques that effectively deal with the latest generation of battlefield radios, including frequency hoppers. A plan is underway to bring a prototype demonstration system to the field Field work on the radar ESM has been conducted for the British Army’s non-communications Two electronic warfare systems provide the foundation. At present, including the study of signal characterization, the application of AI in signal processing, the analysis and display of intercepted data, and the sensor / system modeling techniques. In the field of AI, they have studied A technology that identifies sources of radiation and claims that this technique is “significantly” better than the classical method, and the example cited for modeling is the RADSEP tool, which includes a tool that spreads the effects of terrain obstacles Validation models. When used with other supporting tools, does RADSEP provide detailed pulse?