2020•Journal of Physics Conference SeriesOpen access

Research on frequency domain pulse compression of LFM signal

Panpan He

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Abstract

Abstract Pulse compression technology can effectively solve the contradiction between the maximum operating distance and range resolution. LFM is a common means of pulse compression technology. In this paper, the frequency-domain pulse compression of LFM signal is carried out, and the feasibility of frequency-domain pulse compression technology is verified by MATLAB simulation and experimental data.

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Abstract Pulse compression technology can effectively solve the contradiction between the maximum operating distance and range resolution. LFM is a common means of pulse compression technology. In this paper, the frequency-domain pulse compression of LFM signal is carried out, and the feasibility of frequency-domain pulse compression technology is verified by MATLAB simulation and experimental data.

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Available abstract

Abstract Pulse compression technology can effectively solve the contradiction between the maximum operating distance and range resolution. LFM is a common means of pulse compression technology. In this paper, the frequency-domain pulse compression of LFM signal is carried out, and the feasibility of frequency-domain pulse compression technology is verified by MATLAB simulation and experimental data.

Key concepts: Pulse compression, Pulse (music), SIGNAL (programming language), Frequency domain, Compression (physics), Time domain, Computer science, MATLAB

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