Jun 6, 2023 · In this study, we divide these systems into three components: 1) underwater data acquisition; 2) network communication; and 3) data management.

We have presented numerous engineering challenges of building stationary wireless smart ocean observation systems. Wireless communication technologies are ...

In this study, we divide these systems into three components: underwater data acquisition, network communication, and data management. We investigate the ...

This document discusses the engineering challenges of building entirely wireless stationary smart ocean observation systems.

Co-authors ; Engineering Challenges of Stationary Wireless Smart Ocean Observation Systems. NT Nguyen, R Heldal, K Lima, TD Oyetoyan, P Pelliccione, LM ...

Another challenge addressed by the project is how to define different degrees of or labels of data quality.

We investigate the engineering challenges associated with each component, the causes, and how they relate. The literature has not discussed the technical issues ...

... Engineering Challenges of Stationary Wireless Smart Ocean Observation Systems, in IEEE Internet of Things Journal. Skålvik AM, Saetre C, Frøysa K-E, Bjørk RN ...

My PhD fellowship research work is related to the software architecture for Smart Ocean Monitoring, in the scope of different the marine domain applications.

Apr 6, 2023 · In this paper we give an overview of factors and limitations impairing deep-sea sensor data, and we show how automatic tests can give sensors self-validation.