An Integrated Approach to Ocean Observatory Data Acquisition/Management and Infrastructure Control Using Web Services

Abstract

The proliferation of ocean observatories in the absence of agreed-upon standards for instrument and user interfaces and observatory control functions will constrain interoperability and cross-linking of disparate datasets. This will in turn limit the scientific impact of ocean observatories and increase their operating costs. Devising hardware-based standards will be difficult given the different internal architectures of existing and planned ocean observatories. This paper proposes that instrument, data, and observatory control processes be wrapped with standard web services which will provide a global software standard for these observatory functions. In addition to facilitating interoperability, state-full web services with workflow bindings for observatory instrument and data processes will enable dynamic user control of observatory configuration and the creation of multiple virtual instrument networks within one or more ocean observatories. These concepts are defined and illustrated through a number of use scenarios.

An Object Model for Seafloor Observatory Sensor Control in the East China Sea

“…Rodero et al employed the uFrame software framework to design the OOI cyberinfrastructure, which integrates instruments, platform drivers, datasets, and algorithms to produce data products on demand [26]. Arnaud et al designed state-full web services with workflow bindings for dynamic user control of observatory configuration as well as observatory instrument and data processes [27]. Liu et al developed an underwater control system of OUC-Raman instrument node for long-term observation of chemical environment under the sea [28].…”