Estimation of potential characteristics of onboard radar for ice surface monitoring

Ananenkov, Andrey; Kanashchenkov, A. I.; Nuzhdin, V. M.; Rastorguev, Vladimir; Smolyar, A.M.

doi:10.1109/icton.2017.8025027

Cited by 2 publications

(1 citation statement)

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“…The experience obtained while working with highly detailed radar images, with the view to ensure higher level of safety in transport, enabled us to consider the next step in the development of the radio vision technology. Further development of RVS should focus on small-size radars with antenna aperture synthesis (SAR) capabilities, which will soon find wide practical use to ensure the safety of ships in icing conditions prevailing in northern regions of the planet, due to their low cost and low expenses associated with the operation of their carriers -small-sized unmanned aerial vehicles (UAVs) [16]. Expanding the range of applications of such SAR systems may offer an additional advantage consisting in measuring, in one pass, the height of the underlying surface, with the use of interferometry methods [17].…”

Section: Building Interferometric Sar Based On Rvsmentioning

confidence: 99%

Radio Vision Systems Ensuring Movement Safety for Ground, Airborne and Sea Vehicles

Ananenkov¹,

Konovaltsev²,

Nuzhdin³

et al. 2018

JTIT

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This article presents the features of an all-weather radio vision system (RVS) ensuring the safety of movement of ground, airborne and sea vehicles and automation of vehicle traﬃc control under limited or non-existent visibility conditions. New and promising RVS applications in the aviation and rail transport sectors are presented. The potential use of RVS based on an interferometric radar with aperture synthesis, capable of estimating the position of ice ﬁelds and the height of icebergs is considered as well.

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Section: Building Interferometric Sar Based On Rvsmentioning

confidence: 99%