2016Unpublished venueRequires access

An experimental study of Multiband Bistatic Passive Radar system

Qinglong Bao, Yasen Wang, Yue Zhang, Zengping Chen

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Abstract

Interest in Passive Radar has grown significantly over the last decade. However, most Passive Radar systems have been experimental set-ups tailored to a signal frequency band or a single illuminator. In this paper, the design considerations and the resulting Multiband Bistatic Passive Radar (MBPR) structure are described and the evaluations of various measurement campaigns with multioctaves array antenna are summarized.

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What this paper is about

Interest in Passive Radar has grown significantly over the last decade. However, most Passive Radar systems have been experimental set-ups tailored to a signal frequency band or a single illuminator. In this paper, the design considerations and the resulting Multiband Bistatic Passive Radar (MBPR) structure are described and the evaluations of various measurement campaigns with multioctaves array antenna are summarized.

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Available abstract

Interest in Passive Radar has grown significantly over the last decade. However, most Passive Radar systems have been experimental set-ups tailored to a signal frequency band or a single illuminator. In this paper, the design considerations and the resulting Multiband Bistatic Passive Radar (MBPR) structure are described and the evaluations of various measurement campaigns with multioctaves array antenna are summarized.

Key concepts: Bistatic radar, Passive radar, Radar engineering details, Computer science, Radar, Continuous-wave radar, 3D radar, Remote sensing

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