2008Unpublished venueRequires access

HF passive bistatic radar potential and applications for remote sensing

James M. Thomas, Chris Baker, Hugh Griffiths

Open publisher page 18 citations

Abstract

Passive radar is briefly discussed before the concept of HF passive bistatic radar is introduced using a sky-wave illumination path and surface-wave reception path. The HF passive radar under construction at UCL is described briefly. The signal processing required to reveal targets is presented followed by a comparison of analogue and digital illuminators of opportunity and their potential to detect targets. Finally the signal to interference ratio for the HF specific case is presented and conclusions are drawn on the need for interference cancellation.

About this research paper

What this paper is about

Passive radar is briefly discussed before the concept of HF passive bistatic radar is introduced using a sky-wave illumination path and surface-wave reception path. The HF passive radar under construction at UCL is described briefly. The signal processing required to reveal targets is presented followed by a comparison of analogue and digital illuminators of opportunity and their potential to detect targets. Finally the signal to interference ratio for the HF specific case is presented and conclusions are drawn on the need for interference cancellation.

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OpenAlex reports 18 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Passive radar is briefly discussed before the concept of HF passive bistatic radar is introduced using a sky-wave illumination path and surface-wave reception path. The HF passive radar under construction at UCL is described briefly. The signal processing required to reveal targets is presented followed by a comparison of analogue and digital illuminators of opportunity and their potential to detect targets. Finally the signal to interference ratio for the HF specific case is presented and conclusions are drawn on the need for interference cancellation.

Key concepts: Bistatic radar, Passive radar, Computer science, Radar, Continuous-wave radar, Interference (communication), Radar engineering details, Path (computing)

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