In this paper, we mainly focus on the real ultrashortwave and microwave channel, study the interception and classification in the complex electromagnetic background; realize the system to fit into the channel.
本文以实际超短波微波信道为背景,探讨复杂电磁背景下通信信号的搜索截获、特征分析、调制分类等问题,实现该信道环境下信号的截获与分类系统。
参考来源 - 复杂电磁背景下信号截获与分类·2,447,543篇论文数据，部分数据来源于NoteExpress
通过对微波系统进行半实物仿真，还能够更多地了解微波系统的规律，有助于解决信道仿真等问题。
Through the hardware in-the-loop simulation, we can know more laws about the microwave system, which contributes to solving the question of channel simulation.
微波视距信道中的多径衰落是造成数字微波系统中断的主要原因。
Multipath fading in the microwave line-of-sight (LOS) channels is the major source of. outage of a digital microwave communication system.
在微波视距通信中通常采用二径模型来描述信道，简要介绍了二径模型的频率响应、损伤参数以及多径时延与天线高度、通信距离的关系。
This paper introduces briefly the frequency response, damage parameter of two-ray multipath model and the relationship between multipath time delay, antenna height and communication distance.
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