Быстрое развитие геоинформационной индустрии и цифровых ГИС ставит острый вопрос о применении конкурентоспособного программного обеспечения (ПО): высокоточного, автоматизированного, эффективного в использовании. Статья рассматривает опыт использования такого ПО: сонарной системы эхолотирования Hydrosweep DS для «умного», т.е. высокоавтоматизированного картографирования (smart mapping) методом дистанционного зондирования. Использование глубоководного акустического комплекса позволяет провести высокоточные измерения и минимизировать ошибки и погрешности, связанные с человеческим фактором, путем высокоуровневой автоматизации съемки.

The paper describes the advantages in the advanced tools in bathymetric mapping. Rapid development of the geographic information industry and digital GIS raises urgent question of the use of competitive bathymetric software: precise, with automated operations and efficient to use. The paper reports the experience of using such software: echosounder system Hydrosweep DS for smart, i.e. highly automated mapping and data capture by the remote sensing techniques. The use of the deep-water acoustic complex allows to carry out high-precision measurements and minimize errors associated with the human factor by the high-level automation of shooting.

Polina Lemenkova (2018). Smart Seafloor Mapping in Real Time Regime Using Deep-Sea Multibeam Echosounder Hydrosweep DS. IZVESTIÂ MGTU "MAMI", 5(4), 23-27 [10.6084/m9.figshare.7434185].

Smart Seafloor Mapping in Real Time Regime Using Deep-Sea Multibeam Echosounder Hydrosweep DS

Polina Lemenkova
Primo
2018

Abstract

The paper describes the advantages in the advanced tools in bathymetric mapping. Rapid development of the geographic information industry and digital GIS raises urgent question of the use of competitive bathymetric software: precise, with automated operations and efficient to use. The paper reports the experience of using such software: echosounder system Hydrosweep DS for smart, i.e. highly automated mapping and data capture by the remote sensing techniques. The use of the deep-water acoustic complex allows to carry out high-precision measurements and minimize errors associated with the human factor by the high-level automation of shooting.
2018
Polina Lemenkova (2018). Smart Seafloor Mapping in Real Time Regime Using Deep-Sea Multibeam Echosounder Hydrosweep DS. IZVESTIÂ MGTU "MAMI", 5(4), 23-27 [10.6084/m9.figshare.7434185].
Polina Lemenkova
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/968081
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