2002Unpublished venueRequires access

Realization of processing system for anti-interference signal based on multifrequency spread spectrum and hopping spectrum

Wang Lisen, Dou Zhen-zhong

Open publisher page 3 citations

Abstract

Current chirp radar systems both at home and abroad usually adopt an antijamming technique by a spread spectrum close to the monochromic frequency so that a guidance radar station may have the ability of anti-active-jamming and anti-passive-jamming, anti-reconnaissance, anti-antiradiation missile, and anti-stealth. However, this technique can not meet the needs of the modern electronic countermeasures. This paper deals with a new method with which multifrequency spread spectrum and hopping spectrum are used instead of monofrequency spread spectrum, and introduces the method of generating the chirp signal and corresponding matched filter system.

About this research paper

What this paper is about

Current chirp radar systems both at home and abroad usually adopt an antijamming technique by a spread spectrum close to the monochromic frequency so that a guidance radar station may have the ability of anti-active-jamming and anti-passive-jamming, anti-reconnaissance, anti-antiradiation missile, and anti-stealth. However, this technique can not meet the needs of the modern electronic countermeasures. This paper deals with a new method with which multifrequency spread spectrum and hopping spectrum are used instead of monofrequency spread spectrum, and introduces the method of generating the chirp signal and corresponding matched filter system.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Current chirp radar systems both at home and abroad usually adopt an antijamming technique by a spread spectrum close to the monochromic frequency so that a guidance radar station may have the ability of anti-active-jamming and anti-passive-jamming, anti-reconnaissance, anti-antiradiation missile, and anti-stealth. However, this technique can not meet the needs of the modern electronic countermeasures. This paper deals with a new method with which multifrequency spread spectrum and hopping spectrum are used instead of monofrequency spread spectrum, and introduces the method of generating the chirp signal and corresponding matched filter system.

Key concepts: Chirp spread spectrum, Frequency-hopping spread spectrum, Spread spectrum, Chirp, Jamming, Radar, Computer science, Electronic engineering

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