首页|线性调频和MSK雷达通信一体化波形设计

线性调频和MSK雷达通信一体化波形设计

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在通信领域,许多物联网设备对于信息传输速率的要求越来越高,导致无线通信相关的电子产品所使用的带宽越来越高,进而使得无线通信在工作频段上与雷达的使用频率出现了重叠.无线通信类的电子产品越来越多,因而未来电磁频谱会越来越紧张.对此,设计出一个一体化波形,使该波形同时具有雷达探测和无线通信功能是非常有价值的研究.文章将线性调频信号与最小频移键控(Minimum Shift Keying,MSK)调制相结合设计一体化波数学模型,通过研究其模糊函数和相干解调验证了一体化波形具有雷达和通信的良好工作性能.
Integrated Waveform Design of MSK Radar Communication Based on Linear Frequency Modulation
In the field of communications,many internet of things devices have higher and higher requirements for information transmission rates,resulting in higher and higher bandwidth used by wireless communication-related electronic products,which makes wireless communication overlap with the frequency used by radar in the working band.More and more electronic products such as wireless communication,so the electromagnetic spectrum will become more and more tense in the future.Therefore,it is of great research value to design an integrated waveform which has both radar detection and wireless communication functions.In this paper,the linear frequency modulation signal and Minimum Shift Keying(MSK)modulation are combined to design an integrated wave mathematical model,and the performance of the integrated wave is analyzed by studying its fuzzy function and coherent demodulation.

integrated radar and communicationMinimum Shift Keying-Linear Frequency Modulation(MSK-LFM)ambiguity functioncoherent demodulation

梁德永、李凯、张必华、鲁文杰、黄志忠

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桂林航天工业学院,广西 桂林 541004

雷达通信一体化 最小频移键控-线性调频(MSK-LFM) 模糊函数 相干解调

广西壮族自治区高等学校大学生创新创业训练计划(2022)

202211825102

2024

电声技术
电视电声研究所(中国电子科技集团公司第三研究所)

电声技术

影响因子:0.259
ISSN:1002-8684
年,卷(期):2024.48(1)
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