Titlebook: Observing the Oceans in Real Time; R. Venkatesan,Amit Tandon,M. A. Atmanand Book 2018 Springer International Publishing AG, part of Spring

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R. Venkatesan,Amit Tandon,M. A. AtmanandCollects first-hand expert data and information in a single reference.Maximizes reader insights into the link between the collection, quality, and modelling of data with its societal applications.Serv

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Near Real-Time Data Recovery from Oceanographic MooringsThe chapter focuses on the basic principles and challenges of transmitting near real-time data from surface and subsurface moorings, and discusses designs and approaches used in the current generation of moorings.

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Oceanographic Floats: Principles of Operationroperties. Dense arrays of floats make more detailed measurements of regional variations and physical processes. This chapter reviews the physical bases of float operation, the design bases that allow for different float behaviors, and describes an operational float control system that generates these behaviors.

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Measuring Ocean Turbulence and space averages. It is thus imperative to link large-scale processes (macroscale) to turbulence energetics (microscale) to characterize the dynamics of a particular regime and to develop a quantitative understanding of the role of turbulence in ocean momentum and scalar budgets.

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Sensor Performance and Data Quality Controlitical steps to evaluate and improve the data quality. We also discuss the limitations and benefits of real-time data, including various data quality control steps. Finally, we briefly compare two commonly used telemetry systems – ARGOS and Iridium.