Applications of smart technologies in oceanography and bathymetry
Oceanography and bathymetry are two interrelated fields that play an essential role in the maritime industry. Smart technologies are increasingly used in oceanography and bathymetry to collect and analyze data, improve predictive models, and increase the efficiency of operations. Autonomous underwat...
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| Veröffentlicht in: | Scientific Bulletin ("Mircea cel Bătrân" Naval Academy) 2023-01, Vol.26 (1), p.49-55 |
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| container_title | Scientific Bulletin ("Mircea cel Bătrân" Naval Academy) |
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| creator | Bosneagu, R Cosofret, D Avram, R Atodiresei, D Li, G Wang, C Zhu, M Atodiresei, A Nedelcu, A Bautu, A Corduneanu, D |
| description | Oceanography and bathymetry are two interrelated fields that play an essential role in the maritime industry. Smart technologies are increasingly used in oceanography and bathymetry to collect and analyze data, improve predictive models, and increase the efficiency of operations. Autonomous underwater robots and vehicles are being used to collect data from the deep sea and to carry out underwater missions in areas inaccessible to humans. Data collected by such robots and autonomous underwater vehicles are processed using artificial intelligence and machine learning to provide accurate information about the underwater environment. This article presents the achievements of the RomanianNorwegian team in the MAR1NTECH project, Romanian - Norwegian Strategic Cooperation in Maritime Higher Education for the enhancement of human capital and knowledge base in the field of marine intelligent technologies. |
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Smart technologies are increasingly used in oceanography and bathymetry to collect and analyze data, improve predictive models, and increase the efficiency of operations. Autonomous underwater robots and vehicles are being used to collect data from the deep sea and to carry out underwater missions in areas inaccessible to humans. Data collected by such robots and autonomous underwater vehicles are processed using artificial intelligence and machine learning to provide accurate information about the underwater environment. 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| ispartof | Scientific Bulletin ("Mircea cel Bătrân" Naval Academy), 2023-01, Vol.26 (1), p.49-55 |
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| subjects | Artificial intelligence Autonomous underwater vehicles Bathymeters Bathymetry Climate change Data collection Deep sea Human capital Knowledge bases (artificial intelligence) Machine learning Marine technology Maritime industry Oceanography Prediction models Robots Underwater robots Underwater vehicles |
| title | Applications of smart technologies in oceanography and bathymetry |
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